820-013 Deep Space Mission System (DSMS) External Interface Specification JPL D-16765 0158-Monitor Deep Space Mission System Interface for Mission Monitor Data Original Release: April 30, 2002 Revision A: June 10, 2003 Document Owner: Approved By: ______________________________________ _____________________________________ M. Levesque Date S. Kurtik Date Service System Development Engineer Service System Manager Telecommunications Services Telecommunications Services Approved by: Approved by: ______________________________________ _____________________________________ W. Tai Date J. Stipanuk Date Manager, IND Systems Engineering and Interface Engineer and Release Standards Office Authority Prepared By: ______________________________________ K. Levister Date MIA CDE Reviewed By: ______________________________________ _____________________________________ K. Levister Date E. Barkley Date MIA CDE Service System Development Engineer Monitor and Control Services ______________________________________ _____________________________________ V. I. Altunin Date R. D. Benson Date Telecommunications & Mission Systems Telecommunications & Mission Systems Manager Manager ______________________________________ _____________________________________ K. I. Moyd Date P. E. Beyer Date Telecommunications & Mission Systems Telecommunications & Mission Systems Manager Manager ______________________________________ _____________________________________ A. F. Chang Date R. L. Gillete Date Telecommunications & Mission Systems Telecommunications & Mission Systems Manager Manager ______________________________________ _____________________________________ S. Waldherr Date D. P. Holmes Date Telecommunications & Mission Systems Telecommunications & Mission Systems Manager Manager ______________________________________ _____________________________________ P. T. Poon Date B. G. Yetter Date Telecommunications & Mission Systems Telecommunications & Mission Systems Manager Manager ______________________________________ _____________________________________ D. Recce Date C. Chang Date DSMS Chief Operations Engineer DSMS System Engineering ______________________________________ J. Berner Date Service System Development Engineer Telecommunications Services This page is intentionally left blank. Change Log Pages / Revision Issue Date Sections Change Summary Affected New issue 04/30/2002 All Revision A 06/10/2003 1.5.2.3 Added new monitor parameter format. section 2 Added additional description to the functional overview. section 3 Restructured SFDU description to reference CHDO descriptions in other DSMS documents. Restricted max SFDU size to 4500 bytes. Restricted channel source to 13. Appendix A Added 26M monitor channels; added lots of new monitor channels for the 34M/70M subsystems; reformatted and reorganized tables of monitor channels. Appendix B New. This page is intentionally left blank. Contents Section Page 1. INTRODUCTION 1-1 1.1 PURPOSE AND SCOPE 1-1 1.1.1 APPLICABILITY OF THIS RELEASE 1-1 1.2 REVISION AND CONTROL 1-1 1.3 RELATIONSHIP TO OTHER DSMS DOCUMENTS 1-1 1.4 APPLICABLE DOCUMENTS 1-1 1.5 NOTATION AND CONVENTIONS 1-2 1.5.1 NOTATIONS 1-2 1.5.2 CONVENTIONS 1-2 1.5.2.1 CONVENTIONS FOR FIGURES 1-2 1.5.2.2 SFDU FIELD FORMATS 1-3 1.5.2.3 MONITOR PARAMETER FORMATS 1-3 1.6 ABBREVIATIONS 1-5 2. FUNCTIONAL OVERVIEW 2-1 3. DETAILED INTERFACE DESCRIPTION 3-1 3.1 DATA EXCHANGE 3-1 3.1.1 DATA TRANSFER 3-1 3.1.2 DATA FORMAT 3-1 3.1.2.1 0158-MONITOR SFDU FORMAT 3-1 4. APPENDIX A. LIST OF MONITOR PARAMETERS 4-1 5. APPENDIX B GUIDE TO THE 34M/70M SUBSYSTEMS 5-1 FIGURES Figure Page Figure 3-1 Format of 0158-Monitor SFDU 3-2 Figure 3-2. Format of 0158-Monitor Secondary CHDO (73) 3-4 Tables Table Page Table 3-1. Format of 0158-Monitor Secondary CHDO (73) 3-5 Table A-1 26M Monitor Data 4-1 Table A-2 34M/70M Monitor Data 4-8 Table A-3 Channel ID Lookup 4-155 This page is intentionally left blank. 1. Introduction Section 1 Introduction 1.1 Purpose and Scope This module defines the format and distribution of the real-time, mission monitor data generated by the DSN ground data systems of the Deep Space Mission System (DSMS). The 0158-Monitor records are produced by the Monitor Interface Assembly (MIA) of the Network Monitor and Control Subsystem (NMC) and by the 26M Monitor and Control Processor (MCP). The 0158-Monitor record is generated for missions to analyze the quality of the telecom link and to confirm events and configuration for automated telemetry and command service operations. 1.1.1 Applicability of This Release Revision A supercedes the original release of this module. Revision A adds additional monitor parameters which provide configuration, status, and performance information for the new subsystems delivered as part of the DSMS upgrade. Appendix A has been reorganized to provide more information about each monitor parameter and to more clearly indicate each parameter's origin and applicability. There are no changes to the data format, but section 3 has been reorganized to eliminate duplication of information contained in other DSMS documents. 1.2 Revision and Control Revisions or changes to the information herein presented may be initiated according to the procedure specified in the Introduction to document 820-013. 1.3 Relationship to Other DSMS Documents None. 1.4 Applicable Documents 813-109, D-17818 Preparation Guidelines and Procedures for Deep Space Mission System (DSMS) Interface Specifications (DSMS Internal Use Only) 810-047 DSN Antenna and Facility Identifiers 820-013, D-16765 DSMS External Interface Specification OPS-6-21 Standard Code Assignments 0171-Telecomm-NJPL JPL Created SFDU Structures (formerly known as SFOC-5-SYS-*DU-NJPL) 0172-Telecomm-CHDO DSMS Created CHDO Structures 0172-Telecomm-CHDO-000 NULL Tertiary 0172-Telecomm-CHDO-001 Aggregate 0172-Telecomm-CHDO-002 Primary 0172-Telecomm-CHDO-027 Channelized Data Quaternary 0172-Telecomm-CHDO-028 Channelized Data Area 820-019 DSN System Requirement, Detailed Interface Design Standards (DSMS Internal Use Only) DFL-1-1 Network-Level Data Flow Standard (DSMS Internal Use Only) ANSI/IEEE Std IEEE Standard for Binary Floating Point Arithmetic 754-1985 1.5 Notation and Conventions 1.5.1 Notations CHDO A Compressed Header Data Object (CHDO) is a Type-Length-Value Object (TLVO) that has been specifically formatted to reduce the overhead introduced by the SFDU standard for structure within a single "logical" data object. For a more detailed explanation of CHDOs, please refer to the 820-013, 0171-Telecomm-NJPL software interface specification. channel ID An identifier for a monitor parameter consisting of a letter and a number. The channel ID for a monitor parameter is included in the monitor record along with the parameter value, making the monitor parameter self-identifying. 1.5.2 Conventions 1.5.2.1 Conventions for Figures The following conventions are used in figures defining the format of a data record or piece of a data record. All byte offsets are assumed to be relative to the beginning of a structure or substructure. The first byte of a structure is called offset 0 (normally shown as the left byte of two); the second byte is at offset 1 (normally shown as the right byte of two), etc. If a field in the SFDU requires more than one byte, the most significant byte is at the lowest- number byte offset with each succeeding byte in the next higher byte offset so that the least significant byte is in the highest-number byte offset. Bits in a byte are labeled 0 through 7, where the 0th bit is the most-significant or sign bit (left-most bit) and the 7th bit is the least-significant bit (right-most bit). For fields using more than one byte, bits are labeled 0 - n correspondingly. 1.5.2.2 SFDU Field Formats The formats of the fields in the 0158-Monitor SFDU are described in section 3.8, Field Types, in 820-013, 0172-Telecomm-CHDO. 1.5.2.3 Monitor Parameter Formats In the list of monitor parameters in Appendix A, each monitor item's format is described as one of the following: integer, float, modcomp, double, or string. In the 0158-Monitor SFDU, the monitor parameter value will appear in the data CHDO in either the length_value or lc_value fields. (See 820-013, 0172- Telecomm-CHDO-028 for a description of these fields.) The format, units/precision, and range of values information in Appendix A allows the customer to correctly interpret the channel value in the 0158-Monitor SFDU. The following subsections describe the meaning of monitor parameter formats. 1.5.2.3.1 Integer An integer format is used to to express integral quantities, using two's complement notation. In general, the range for an integer is [-1 * (2^n/2)] to [(2^n/2) - 1], where n is the number of bits and can be a maximum of 32. When creating the 0158-Monitor SFDU, if a particular monitor parameter value will fit into less than 32 bits, then the monitor value will be stored in either the length_value field, which is always 8 bits long, or in the lc_value field using the least number of bits needed. For example, if a monitor parameter's value is 12, it will be stored in the length_value field and the lc_value field won't exist for that monitor parameter. If the monitor value is 300, the value will be stored in the lc_value field, which will be 16 bits long (the minimum allowable size for lc_value). The maximum size for an integer value is 32 bits. 1.5.2.3.2 Float Float is the 32-bit IEEE floating point format defined in document ANSI/IEEE Std 754-1985. 1.5.2.3.3 Modcomp Modcomp is a 32-bit floating point format which can express quantities in the approximate range of -2^255 (about -10^76) to +2^255 (about +10^76) with a precision of 22 bits (over six significant decimal digits). Floating point numbers will be expressed with a sign, a 9-bit exponent, and a 22-bit mantissa. The bits are arranged as follows: Word 1 Bit 1: Sign Bits 2-10: Exponent Bits 11-16: Mantissa Word 2 Bits 1-16: Mantissa (continued) The exponent value is defined as follows: Exponent Value (HEX) Floating Point Value 000 2^-256 x Fraction Value (1 > F > 0) 100 2^0 x Fraction Value 1FF 2^255 x Fraction Value A negative number is represented as the two's complement of the entire 32-bit pattern. 1.5.2.3.4 Double Double is the 64-bit IEEE floating point format defined in document ANSI/IEEE Std 754-1985. 1.5.2.3.5 String A string is 1 or more ASCII characters. The maximum size for a string is 242 characters. If a DSN subsystem produces a monitor parameter of string format whose value is longer than 242 characters, it will be truncated to 242 when it is put into the 0158-Monitor SFDU. DSN subsystems can produce strings with 0 characters. In this case the corresponding channel value in the 0158-Monitor SFDU will be a single ASCII NULL character. Similar to the integer format, the least number of bytes needed will be used when storing the monitor parameter value in the 0158-Monitor SFDU. So a 1 character string will appear in the length_value field and strings 2 or more characters long will appear in the lc_value field. 1.6 Abbreviations Abbreviations used in this document are defined with the first textual use of the term. Abbreviations appearing in this module are: AMMOS Advanced Multimission Operations System ASCII American Standard Code for Information Interchange CHDO Compressed Header Data Object DSMS Deep Space Mission System DSN Deep Space Network ID Identifier LVO Label Value Object MCP Monitor and Control Processor MIA Monitor Interface Assembly NMC Network Monitor and Control PDW Parameter Descriptor Word SFDU Standard Formatted Data Unit 2. Functional Overview Section 2 Functional Overview The 0158-Monitor SFDUs contain a collection of monitor data generated by the DSN subsystems. For each spacecraft being tracked, the latest available monitor data is periodically packaged into an SFDU and delivered to the customer. Monitor record generation can be set to on or off for each spacecraft supported by the DSMS. If on, the generation interval is 5 seconds. If off, no monitor records are created for that spacecraft. The 0158-Monitor record is in a CHDO-structured SFDU format. Each SFDU consists of a fixed-length header and a variable-length data CHDO containing self-identifying monitor parameters. To understand this data format, it may be helpful to think of it as being like packet telemetry. The SFDU is the equivalent of the transfer frame. The SFDU label and CHDOs up to the data CHDO are like the transfer frame header and the data CHDO is like the transfer frame data field. Each monitor parameter is formatted into a little structure similar in concept to a packet. These "packets" consist of an identifier and the monitor data value. The data CHDO will contain one or more monitor "packets." Like packet telemetry, the monitor "packets" are not guaranteed to appear in every SFDU and the order in which they appear may vary from SFDU to SFDU. Unlike packet telemetry the monitor "packets" are not allowed to span SFDUs. Because the number of monitor "packets" can vary, the size of the data CHDO can vary, causing the overall SFDU size to vary from one record to the next. The monitor parameter identifier is a channel ID. Channels and channel IDs are concepts borrowed from telemetry. In telemetry data, a channel is a single measurement taken by an instrument or sensor onboard a spacecraft. In the context of this document, a channel is equivalent to a monitor parameter. The channel identifier consists of a letter and number. For monitor data the letter is always M; the valid range for numbers is 0 - 4095. The set of monitor parameters, along with their channel IDs, are listed in Appendix A of this document. This set is used for all missions receiving 0158-Monitor records. When interpreting the monitor data, the user should be aware that some channels have another channel associated with them that indicates the validity of the data. Whether a channel has an associated validity channel depends on the originating DSN subsystem and how it generates and outputs its monitor data. In Appendix A the description for validity channels will list the channels to which a validity channel applies. 3. Detailed Interface Description Section 3 Detailed Interface Description 3.1 Data Exchange 3.1.1 Data Transfer The 0158-Monitor SFDUs contain a set of monitor data describing the current status, configuration, and performance of the DSN equipment supporting a spacecraft pass. The 0158-Monitor SFDUs are created at 5- second intervals, forming a monitor data stream. A separate stream is generated for each antenna providing support and for each spacecraft supported by that antenna. 3.1.2 Data Format The 0158-Monitor record is delivered to the end user encapsulated in a Standard DSN Block (SDB). An SDB consists of a DSN Data Delivery (DDD) header, a data portion, and a DDD trailer. The data portion in this case is the 0158- Monitor SFDU described by this module. Module DFL-1-1 of document 820-019 defines the format of the DDD header and trailer. 3.1.2.1 0158-Monitor SFDU Format The 0158-Monitor SFDU has a fixed format in the sense that an SFDU will always consist of the CHDOs defined below in Figure 3-1. The data CHDO will normally contain the list of monitor parameters documented in Appendix A. If the value for a monitor parameter is unavailable or invalid at the time a particular SFDU is being created, that monitor parameter will not be included in the data CHDO. Therefore, the length of the data CHDO, and thus the entire SFDU, can vary. The 0158-Monitor SFDU is made up of the following components: an SFDU label, an aggregation CHDO, a primary CHDO, a secondary CHDO, a tertiary CHDO, a quaternary CHDO, and a data CHDO. Figure 3-1 shows the overall format of the 0158-Monitor SFDU. The SFDU label and the aggregation, primary, tertiary, quaternary, and data CHDOs are used in many SFDUs created by the DSMS so this document will only specify the field values contained within these components that are unique to the 0158-Monitor SFDU. The secondary CHDO is unique to the 0158-Monitor SFDU and its format and description are documented below. |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | CCSDS SFDU Label | | NJPL2I000093 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | Aggregation CHDO | | Type = 1 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | Primary CHDO | | Type = 2 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | Secondary CHDO | | Type = 73 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | Tertiary CHDO | | Type = 0 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | Quaternary CHDO | | Type = 27 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| | | | Data CHDO | | Type = 28 | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| Figure 3-1 Format of 0158-Monitor SFDU 3.1.2.1.1 SFDU Label The format of the SFDU label is documented in 820-013, 0171-Telecomm-NJPL. The following fields within the label will have these values in the 0158-Monitor SFDU. Field Name Value control_authority_id NJPL version_id 2 class_id I ddp_id 0093 block_length The maximum size is restricted to 4480 bytes in the 0158-Monitor SFDU. 3.1.2.1.2 Aggregation CHDO The format of the aggregation CHDO is documented in 820-013, 0172-Telecomm-CHDO-001. 3.1.2.1.3 Primary CHDO The format of the primary CHDO is documented in 820-013, 0172-Telecomm-CHDO-002. The following fields within the primary CHDO will have these values in the 0158-Monitor SFDU. Field Name Value major 11 minor 2 mission See table 3-4, Spacecraft Identifier Code Assignments, in 820-013, OPS-6-21. format 5 3.1.2.1.4 Secondary CHDO This CHDO is unique to the 0158-Monitor SFDU and is documented here. Figure 3-2 shows the CHDO format and Table 3-1 describes each field in the CHDO. 0 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7 |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| Byte 0 | chdo_type | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 2 | chdo_length | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 4 | originator | last_modifier | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 6 | scft_id | data_source | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 8 | spare | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 10 | | |-- --| 12 | mst | |-- --| 14 | | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 16 | source_code | spare | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 18 | spare | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 20 | spare | |---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---| 22 Figure 3-2. Format of 0158-Monitor Secondary CHDO (73) ------------------------------------------------------------------------ Table 3-1. Format of 0158-Monitor Secondary CHDO (73) ------------------------------------------------------------------------ Byte Item Name and Description Format Units/ Range Offset Precision ------------------------------------------------------------------------ 0-1 chdo_type Binary. N/A 73 Secondary header CHDO type unsigned code. integer ------------------------------------------------------------------------ 2-3 chdo_length Binary. N/A 18 Length of CHDO value field unsigned (bytes 4 - 21). integer ------------------------------------------------------------------------ 4 originator Binary. N/A 48 Originator ID. See 820-013, unsigned 0172-Telecomm-CHDO for more integer information about this field. ------------------------------------------------------------------------ 5 last_modifier Binary. N/A 48 Last Modifier ID. See 820- unsigned 013, 0172-Telecomm-CHDO for integer more information about this field. ------------------------------------------------------------------------ 6 scft_id Binary. N/A See 820-013, Spacecraft identifier code. unsigned OPS-6-21, integer for values ------------------------------------------------------------------------ 7 data_source Binary. N/A See document Antenna/Facility Identifier. unsigned 810-047 integer for values ------------------------------------------------------------------------ 8-9 spare Binary. N/A 0 unsigned integer ------------------------------------------------------------------------ 10-15 mst Monitor sample time. This is the time the record was created. s 0 - 65535 Bits 0 - 15 contain the Binary number of days since 01 Jan unsigned 1958. (0 = 01 Jan 1958.) integer. ms 0 - 86399999 Bits 16 - 47 contain the Binary milliseconds of the day. unsigned integer ------------------------------------------------------------------------ 16 source_code Binary. N/A See table 3-3 Source code. unsigned in 820-013, integer OPS-6-21, for values ------------------------------------------------------------------------ 17-21 spare Binary. N/A 0 unsigned integer ------------------------------------------------------------------------ 1.1.1.1.1 Tertiary CHDO The format of the tertiary CHDO is documented in 820-013, 0172-Telecomm-CHDO-000. 1.1.1.1.2 Quaternary CHDO The format of the quaternary CHDO is documented in 820-013, 0172-Telecomm-CHDO-027. The following fields within the quaternary CHDO will have these values in the 0158-Monitor SFDU. Field Name Value decom_flags These flags are not used in the 0158-Monitor SFDU and should be ignored. map_id FFFF hexadecimal. 1.1.1.1.3 Data CHDO The format of the data CHDO is documented in 820-013, 0172-Telecomm-CHDO-028. The following fields within the data CHDO will have these values in the 0158-Monitor SFDU. Field Name Value source 13 bad_data 0 decom_error 0 4. Appendix A. List of Monitor Parameters Appendix A List of Monitor Parameters Table A-1 lists all the monitor channels for the equipment associated with the 26M antennas. The data is sorted by section and by channel ID within each section. A section is a group of monitor data that apply to a particular functionality of the 26M equipment, e.g., antenna pointing. ------------------------------------------------------------------------------------------------------------ Table A-1 26M Monitor Data ------------------------------------------------------------------------------------------------------------ Section Channel Description Format Units/ Range of Values ID Precision ------------------------------------------------------------------------------------------------------------ Antenna Pointing M-0654 Interpretation of Integer N/A 0 = Angle 1 is azimuth, Angle. Indicates the Angle 2 is elevation. units of Angle 1 (M- 1 = Angle 1 is hour angle, 0655) and Angle 2 (M- Angle 2 is declination. 0656). 2 = Angle 1 is x-angle, Angle 2 is y-angle, with +x pointing East. 3 = Angle 1 is x-angle, Angle 2 is y-angle, with +x pointing South. ------------------------------------------------------------------------------------------------------------ Antenna Pointing M-0655 Angle 1. Integer 1/1024 degree increments ------------------------------------------------------------------------------------------------------------ Antenna Pointing M-0656 Angle 2. Integer 1/1024 degree increments ------------------------------------------------------------------------------------------------------------ Command Data M-0541 Total number of Integer N/A 0 to 65535 Accountability command elements received. ------------------------------------------------------------------------------------------------------------ Command Data M-0542 Confirmed Blocks. Integer N/A 0 to 65535 Accountability This is the number of command blocks received, verified, and radiated by the DSCC Command Subsystem. ------------------------------------------------------------------------------------------------------------ Command Status M-0536 Carrier Suppression String dB "x.yz", "xy.z", or "UNCL" and Performance ------------------------------------------------------------------------------------------------------------ Command Status M-0535 Command Modulation String N/A "FM", "PM", "PSK", "FSK" and Performance ------------------------------------------------------------------------------------------------------------ Receiver Status M-0100 TPA Channel 1 Integer N/A Receiver Number ------------------------------------------------------------------------------------------------------------ Receiver Status M-0200 TPA Channel 2 Integer N/A Receiver Number ------------------------------------------------------------------------------------------------------------ Receiver Status M-0349 Receiver 1 Signal Modcomp dBm -170 to -50 Level ------------------------------------------------------------------------------------------------------------ Receiver Status M-0379 Receiver 2 Signal Modcomp dBm -170 to -50 Level ------------------------------------------------------------------------------------------------------------ Receiver Status M-0961 Receiver Frequency. String MHz 2200.00 to 2299.99 ------------------------------------------------------------------------------------------------------------ Receiver Status M-0962 Receiver AGC Mode String milliseconds "3", "30", "300", (AGC Response). "3000", "MAN" ------------------------------------------------------------------------------------------------------------ Support M-0037 Spacecraft Number Integer N/A 1 to 255 Description ------------------------------------------------------------------------------------------------------------ Support M-0049 Pass Number Integer N/A -1 to 32767; -1 implies no pass number Description assigned. ------------------------------------------------------------------------------------------------------------ Support M-0064 Master Antenna ID Integer N/A 0 to 99 Description ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0182 Total Frames. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames output during this pass for DTM channel 1. For spacecraft which do not use variable- length Standard Format Data Units (SFDUs), this is the number of NASCOM blocks output. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0183 Sync-Mode Frames. Integer frames 0 to 2147483647 Accountability, This item reflects Channel 1 the number of telemetry transfer frames received in all frame synchronization modes (search, verify, in- lock, or flywheel) for all virtual channels for DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0190 Good Frames 0. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 0 and DTM channel 1. A "good" frame synchronization Status is defined as in-lock or flywheel, or with a bit slip or bit stuff of no more than 2 bits. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0191 Good Frames 1. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 1 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0192 Good Frames 2. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 2 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0193 Good Frames 3. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 3 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0194 Good Frames 4. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 4 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0195 Good Frames 5. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 5 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0196 Good Frames 6. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 6 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0197 Good Frames 7. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 1 frames with "good" frame synchronization Status processed during the pass for virtual channel 7 and DTM channel 1. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0282 Total Frames. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames output during this pass for DTM channel 2. For spacecraft which do not use variable- length Standard Format Data Units (SFDUs), this is the number of NASCOM blocks output. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0283 Sync-Mode Frames. Integer frames 0 to 2147483647 Accountability, This item reflects Channel 2 the number of telemetry transfer frames received in all frame synchronization modes (search, verify, in- lock, or flywheel) for all virtual channels for DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0290 Good Frames 0. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 0 and DTM channel 2. A "good" frame synchronization Status is defined as in-lock or flywheel, or with a bit slip or bit stuff of no more than 2 bits. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0291 Good Frames 1. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 1 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0292 Good Frames 2. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 2 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0293 Good Frames 3. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 3 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0294 Good Frames 4. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 4 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0295 Good Frames 5. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 5 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0296 Good Frames 6. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 6 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Data M-0297 Good Frames 7. Total Integer frames 0 to 2147483647 Accountability, number of telemetry Channel 2 frames with "good" frame synchronization Status processed during the pass for virtual channel 7 and DTM channel 2. ------------------------------------------------------------------------------------------------------------ Telemetry Status M-0104 Channel 1 telemetry Float bps 0 to 2.2e6 and Performance bit rate ------------------------------------------------------------------------------------------------------------ Telemetry Status M-0147 Channel 1 Lock Status Integer N/A 0 = in lock (lock or and Performance flywheel), 1 = out of lock (search or verify) ------------------------------------------------------------------------------------------------------------ Telemetry Status M-0204 Channel 2 telemetry Float bps 0 to 2.2e6 and Performance bit rate ------------------------------------------------------------------------------------------------------------ Telemetry Status M-0247 Channel 2 Lock Status Integer N/A 0 = in lock (lock or and Performance flywheel), 1 = out of lock (search or verify) ------------------------------------------------------------------------------------------------------------ Tracking Status M-0311 Doppler Mode Antenna String N/A "1" to "4" where "1" = one- 'A' Channel 1, S Band way, "2" = two-way, "3" = three-way, "4" = three-way coherent ------------------------------------------------------------------------------------------------------------ Tracking Status M-0314 Doppler Mode Antenna String N/A "1" to "4" where "1" = one- 'A' Channel 2, X Band way, "2" = two-way, "3" = three-way, "4" = three-way coherent ------------------------------------------------------------------------------------------------------------ Transmitter M-0524 Exciter Frequency String kHz 12 characters Status ------------------------------------------------------------------------------------------------------------ Transmitter M-0526 S-band Exciter String N/A "UNAV", "TEST", "OFF", "PROG", Status Availability "ON", "FLT" ------------------------------------------------------------------------------------------------------------ Transmitter M-0527 S-band Exciter Integer radians Status Composite Modulation Level ------------------------------------------------------------------------------------------------------------ Table A-2 lists all the monitor channels for the subsystems associated with the 34M and 70M antennas. The monitor data is sorted by subsystem and by channel ID within each subsystem. Appendix B has definitions for each subsystem acronym and a b ------------------------------------------------------------------------------------------------------------ Table A-2 34M/70M Monitor Data ------------------------------------------------------------------------------------------------------------ Subsystem Channel Description Format Units Range of Values ID ------------------------------------------------------------------------------------------------------------ apa M-0301 PDW validity field for Integer N/A 0 = valid, 1 = invalid elevation angle (M-0324) ------------------------------------------------------------------------------------------------------------ apa M-0302 PDW analysis field for Integer N/A 0 = disregard, the elevation angle subsystem has not analyzed this field; 1 = normal, the parameter has a normal, reasonable, expected value; 2 = high warning limit has been exceeded; 3 = high critical limit has been exceeded; 4 = low warning limit has been exceeded; 5 = low critical limit has been exceeded. ------------------------------------------------------------------------------------------------------------ apa M-0303 PDW source field for String N/A String containing the elevation angle functional address of the observing subsystem ------------------------------------------------------------------------------------------------------------ apa M-0308 Conscan Drive Status String N/A "ON", "OFF" ------------------------------------------------------------------------------------------------------------ apa M-0309 Conscan Loop Status String N/A "OPEN", "CLOS" ------------------------------------------------------------------------------------------------------------ apa M-0324 Elevation angle for 34M HEF Float degrees * 0.0 to 999999.0 and 70M antennas. The 10^4 elevation angle is expressed as degrees times 10,000. ------------------------------------------------------------------------------------------------------------ apa M-0325 Azimuth angle for 34M HEF and Float degrees * 0.0 to 3599999.0 70M antennas. The azimuth 10^4 angle is expressed as degrees times 10,000. ------------------------------------------------------------------------------------------------------------ apa M-0326 Azimuth angle residual for Float degrees * -1800000.0 to 1800000.0 34M HEF and 70M antennas. 10^4 The azimuth angle residual is expressed as degrees times 10,000. ------------------------------------------------------------------------------------------------------------ apa M-0327 Elevation angle residual for Float degrees * -990000.0 to 990000.0 34M HEF and 70M antennas. 10^4 The elevation angle residual is expressed as degrees times 10,000. ------------------------------------------------------------------------------------------------------------ apc M-0301 PDW validity field for Integer N/A 0 = valid, 1 = invalid elevation angle (M-0304) ------------------------------------------------------------------------------------------------------------ apc M-0302 PDW analysis field for Integer N/A 0 = disregard, the elevation angle subsystem has not analyzed this field; 1 = normal, the parameter has a normal, reasonable, or expected value; 2 = high warning limit has been exceeded; 3 = high critical limit has been exceeded; 4 = low warning limit has been exceeded; 5 = low critical limit has been exceeded. ------------------------------------------------------------------------------------------------------------ apc M-0303 PDW source field for String N/A String containing the elevation angle functional address of the observing subsystem ------------------------------------------------------------------------------------------------------------ apc M-0304 Elevation angle for 34M BWG Double degrees 0.0 to 99.9999 antennas ------------------------------------------------------------------------------------------------------------ apc M-0305 Azimuth angle for 34M BWG Double degrees 0.0 to 359.999 antennas ------------------------------------------------------------------------------------------------------------ apc M-0306 Azimuth angle residual for Float degrees -180.0 to 180.0 34M BWG antennas ------------------------------------------------------------------------------------------------------------ apc M-0307 Elevation angle residual for Float degrees -99.0 to 99.0 34M BWG antennas ------------------------------------------------------------------------------------------------------------ apc M-0308 Conscan Drive Status String N/A "ON", "OFF" ------------------------------------------------------------------------------------------------------------ apc M-0309 Conscan Loop Status String N/A "OPEN", "CLOS" ------------------------------------------------------------------------------------------------------------ apc M-0804 Average monopulse receiver Float degrees -0.1 to 0.1 estimated azimuth error (first second) ------------------------------------------------------------------------------------------------------------ apc M-0805 Average monopulse receiver Float degrees -0.1 to 0.1 estimated elevation error (first second) ------------------------------------------------------------------------------------------------------------ apc M-0806 Average monopulse receiver Float degrees -0.1 to 0.1 estimated azimuth error (second second) ------------------------------------------------------------------------------------------------------------ apc M-0807 Average monopulse receiver Float degrees -0.1 to 0.1 estimated elevation error (second second) ------------------------------------------------------------------------------------------------------------ apc M-0808 Average monopulse receiver Float degrees -0.1 to 0.1 estimated azimuth error (third second) ------------------------------------------------------------------------------------------------------------ apc M-0809 Average monopulse receiver Float degrees -0.1 to 0.1 estimated elevation error (third second) ------------------------------------------------------------------------------------------------------------ apc M-0810 Average monopulse receiver Float degrees -0.1 to 0.1 estimated azimuth error (fourth second) ------------------------------------------------------------------------------------------------------------ apc M-0811 Average monopulse receiver Float degrees -0.1 to 0.1 estimated elevation error (fourth second) ------------------------------------------------------------------------------------------------------------ apc M-0812 Average monopulse receiver Float degrees -0.1 to 0.1 estimated azimuth error (fifth second) ------------------------------------------------------------------------------------------------------------ apc M-0813 Average monopulse receiver Float degrees -0.1 to 0.1 estimated elevation error (fifth second) ------------------------------------------------------------------------------------------------------------ apc M-0814 Accumulated azimuth Float degrees -0.1 to 0.1 correction ------------------------------------------------------------------------------------------------------------ apc M-0815 Accumulated elevation Float degrees -0.1 to 0.1 correction ------------------------------------------------------------------------------------------------------------ apc M-0816 Aberration angle off Float degrees 0.0 to 1.0 boresight ------------------------------------------------------------------------------------------------------------ apc M-0817 Aberration clock angle of Float degrees 0.0 to 360.0 uplink beam ------------------------------------------------------------------------------------------------------------ apc M-0818 Conscan type String N/A "NONE", "CONICAL", "MONOPULSE" ------------------------------------------------------------------------------------------------------------ apc M-0819 Monopulse Receiver SNR Float dB -300.0, 0.0 to 90.0; -300.0 indicates out of lock. ------------------------------------------------------------------------------------------------------------ apc M-0820 Aberration table x-position Float N/A -150.0 to 150.0 ------------------------------------------------------------------------------------------------------------ apc M-0821 Aberration table y-position Float N/A -150.0 to 150.0 ------------------------------------------------------------------------------------------------------------ apc M-0822 Aberration Correction String N/A "ON", "OFF", "ERR" ------------------------------------------------------------------------------------------------------------ ce M-0037 Spacecraft Number. This is Integer N/A 1 to 255 the spacecraft ID entered into the Network Monitor and Control (NMC) subsystem by the operator. During normal operations, this S/C ID is automatically sent by the NMC to the uplink and downlink subsystems when they are assigned to the connection. ------------------------------------------------------------------------------------------------------------ ce M-0042 DSS ID. This is the antenna Integer N/A 0 to 99 ID entered into the NMC by the operator when configuring the connection. ------------------------------------------------------------------------------------------------------------ cpa M-0500 Transmitting Antenna ID Integer N/A 0 to 99 ------------------------------------------------------------------------------------------------------------ cpa M-0534 CMA Mode String N/A "C1", "C2", "I1", "I2", "AC", "AB" ------------------------------------------------------------------------------------------------------------ cpa M-0536 Carrier Suppression String N/A "x.yz" dB, "xy.z" dB, or "UNCL" ------------------------------------------------------------------------------------------------------------ cpa M-0537 Command Bit Rate String bps "1.0000" to "9999.9999" ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1290 Time tag of carrier Integer number of >=0 Loop) performance data. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-1290, M-1291, and 1970 UTC, M-1292 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1291 Time tag of carrier Integer number of >=0 Loop) performance data. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-1290, value in M-1291, and M-1292 together M-1290 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1292 Time tag of carrier Integer number of >=0 Loop) performance data. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-1290, M- 1291, and M-1292 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1293 Time that the last carrier Integer number of >=0 Loop) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1293, M-1294, and M-1295 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1294 Time that the last carrier Integer number of >=0 Loop) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in Channels M-1293, M-1294, and M-1293 M-1295 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1295 Time that the last carrier Integer number of >=0 Loop) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1293, M-1294, and M-1295 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1296 Time that the carrier lock Integer number of >=0 Loop) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-1296, M- 1970 UTC, 1297, and M-1298 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1297 Time that the carrier lock Integer number of >=0 Loop) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-1296, value in M-1297, and M-1298 together M-1296 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1298 Time that the carrier lock Integer number of >=0 Loop) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-1296, M-1297, and M-1298 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1299 Carrier loop tracking Float Hz 0.100 to 1000.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1300 The carrier loop filter Integer N/A 1 to 3 Loop) order. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1301 Carrier tracking loop lock Integer N/A 0 = Out of lock, Loop) status. Status is out-of- 1 = In lock. lock unless the loop status (M-1302) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1302 Carrier tracking loop status. String N/A "OFF", "OPEN", "FREQ Loop) This is the result of the SEARCH", "LOOP OPT", acquisition command or "WAIT FOR LOCK", enabling the loop. "OUT OF LOCK", "IN LOCK" ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1303 Data tracking loop status Integer N/A 0 = Out of lock, Loop) (combined status of 1 = In lock, subcarrier and symbol loops). 2 = Off (Idle), 3 = Acquiring, 4 = Open ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1304 The measured carrier Double Hz 2200000000.000 to Loop) frequency. 32300000000.000 ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1305 Carrier frequency residual. Float Hz -1000000.000 to Loop) The measured carrier 1000000.000 frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1306 The predicted carrier Float Hz -1000000.000 to Loop) frequency minus the measured 1000000.000 value. This is commonly called the doppler residual. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1307 The measured carrier Float Hz/sec -108000.0 to 108000.0 Loop) frequency rate (first derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1308 The measured carrier Float Hz/sec^2 -2600.0 to 2600.0 Loop) frequency acceleration (second derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1309 The standard deviation of the Float Hz 0.000 to 1000.000 Loop) detrended frequency residuals. This is commonly called the doppler noise. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1310 Carrier power at performance Float dBm -300.0, -190.0 to 85.0 Loop) time tag (channels M-1290, M- 1291, and M-1292). If value not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1311 Carrier power residual. The Float dB -190.0 to 190.0 Loop) estimated carrier power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1312 The measured data power. If Float dBm -300.0, -190.0 to 85.0 Loop) value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1313 Data power residual. The Float dBm -190.0 to 190.0 Loop) measured data power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1314 The carrier tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1315 The carrier power to noise Float dB-Hz -300.0, 0.0 to 90.0 Loop) spectral density ratio (Pc/NO). If the value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1316 Pc/NO residual. The measured Float dB -90.0 to 90.0 Loop) Pc/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1317 Carrier tracking mode (source String N/A "RESIDUAL", "SUPPRESSED", Loop) of carrier error signal). "SIDEBAND","QPSK", "OQPSK", "OPEN" ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1318 The system noise temperature Float kelvin 10.0 to 2000.0 Loop) (SNT). ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1319 SNT residual. The measured Float kelvin 10.0 to 2000.0 Loop) system noise temperature minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1320 The predicted carrier Double Hz 2200000000.000 to Loop) frequency. 32300000000.000 ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1321 Count of the number of cycle Float number of 0.0 to 10000.0 Loop) slips detected during this slips pass. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1322 Carrier acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the carrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc1 (Carrier M-1323 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) carrier FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc1 M-1240 Downlink channel providing Integer N/A 1 to 24 (Configuration) the data. ------------------------------------------------------------------------------------------------------------ dcc1 M-1241 Antenna being used from the Integer N/A 0 to 99 (Configuration) perspective of the DTT (Downlink Tracking and Telemetry) subsystem. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc1 M-1242 Configured spacecraft ID from Integer N/A 1 to 255 (Configuration) the perspective of the DTT. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc1 M-1243 Pass number. Integer N/A 0 to 9999 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc1 M-1244 Mission ID for spacecraft. Integer N/A 0 to 255 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc1 M-1245 Downlink carrier band. String N/A "NONE", "L", "S", "X", "KA", "S26" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc1 M-1246 Uplink carrier band used for String N/A "NONE", "L", "S", "X", "KA" (Configuration) the downlink processing. It is possible that this is not the actual uplink band. ------------------------------------------------------------------------------------------------------------ dcc1 M-1247 Receiver-Telemetry String N/A Any ASCII string, up to (Configuration) configuration table name. 242 characters long ------------------------------------------------------------------------------------------------------------ dcc1 M-1248 Receiver radiometrics String N/A "NPX", "1W", "2W", "3W" (Configuration) (frequency) predicts mode. NPX => no predicts used, 1W => one-way, 2W => two-way, 3W => three-way. ------------------------------------------------------------------------------------------------------------ dcc1 M-1250 Uplink antenna for three-way Integer N/A 0 to 99 (Configuration) predicts. ------------------------------------------------------------------------------------------------------------ dcc1 M-1251 Predicted carrier frequency Double Hz 2200000000.000 to (Configuration) 32300000000.000 ------------------------------------------------------------------------------------------------------------ dcc1 M-1252 Predicted subcarrier Double Hz 0.000 to 2000000.000 (Configuration) frequency ------------------------------------------------------------------------------------------------------------ dcc1 M-1253 Predicted symbol rate Double Hz 4.000 to 26400000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc1 M-1254 SNT measurement switch. If String N/A "ENABLED", "DISABLED" (Configuration) the measurement is disabled, the value in M-1318 is the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 M-1255 Monopulse tracking processing String N/A "ENABLED", "DISABLED" (Configuration) switch. Used only when there is a Ka-band downlink (M-1245 is equal to "KA"). ------------------------------------------------------------------------------------------------------------ dcc1 M-1256 Name of the radiometric String N/A Any ASCII string, up to (Configuration) predict set being used. The 242 characters long name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc1 M-1257 Time that the last Integer number of >=0 (Configuration) radiometric predict mode seconds change was done. This since channel contains the seconds January 1, portion of the total time. 1970 UTC, Channels M-1257, M-1258, and excluding M-1259 together contain the leap total time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1258 Time that the last Integer number of >=0 (Configuration) radiometric predict mode nanoseconds change was done. This since the channel contains the seconds nanoseconds portion of the value in M- total time. Channels M-1257, 1257 M-1258, and M-1259 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1259 Time that the last Integer number of >=0 (Configuration) radiometric predict mode leap change was done. This seconds in channel contains the leap the time seconds portion of the total time. Channels M-1257, M- 1258, and M-1259 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1260 Telemetry predicts usage String N/A "DISABLED", "ENABLED" (Configuration) mode. If enabled, telemetry predicts are used if the radiometric predict mode (M- 1248) is not NPX. ------------------------------------------------------------------------------------------------------------ dcc1 M-1261 Name of the telemetry predict String N/A Any ASCII string, up to 242 characters long (Configuration) set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc1 M-1262 Range state String N/A "Enable", "Disable" (Configuration) dcc1 M-1263 Carrier phase (tracking) data String N/A "ENABLED", "DISABLED" (Configuration) output switch. If enabled, carrier phase data is being sent (count of blocks given in M-1508). ------------------------------------------------------------------------------------------------------------ dcc1 M-1264 Range data output switch. If String N/A "ENABLED", "DISABLED" (Configuration) enabled, range data is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc1 M-1265 Telemetry data output switch. String N/A "ENABLED", "DISABLED" (Configuration) If enabled, telemetry is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc1 M-1266 The LNA (Low Noise Amplifier) String N/A "A1", "A2", "A3", "A4", "N/A" (Configuration) number from which the channel is receiving the signal. ------------------------------------------------------------------------------------------------------------ dcc1 M-1267 The polarization of the String N/A "LCP", "RCP", "UNKN", "N/A" (Configuration) signal that the downlink channel is tracking. ------------------------------------------------------------------------------------------------------------ dcc1 M-1268 The configuration of the String N/A "LONO", "RADR", "DPLX", "NPDX", "UNKN", (Configuration) microwave for uplink. "N/A" Possible configurations are low noise (LONO), diplexed (DPLX), radar configuration (RADR), and non-diplexed (NDPX, another name for low noise). ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1500 Time that the ranging Integer The time is >=0 acquisition started. Also expressed referred to as the T0 time. in the following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1503* Time that the correlation Integer number of >=0 validity last changed. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-1503, M-1504, and 1970 UTC, M-1505 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1504* Time that the correlation Integer number of >=0 validity last changed. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-1503, value in M- M-1504, and M-1505 together 1503 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1505* Time that the correlation Integer number of >=0 validity last changed. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-1503, M- 1504, and M-1505 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1506 Indicates whether or not the String N/A "OFF", "OUT OF LOCK", "IN LOCK" last ranging correlation was valid. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1507 The number of range data Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1508 The number of carrier phase Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1509 Number of ranging points that Integer N/A 0 to (2^31 - 1) have been measured. Value is reset to zero every time ranging acquisition is initiated. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1510 The Figure of Merit, Float percent 0.0 to 100.0 expressed as a percentage, of the range measurement. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1511 Range residual. The measured Double range units -2^30 to 2^30 range value minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1512 Ranging power to noise Float dB-Hz -10.0 to 90.0 spectral density ratio (Pr/NO). ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1513 Pr/NO residual. The measured Float dB-Hz -100.0 to 100.0 Pr/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1514 Type of ranging being String N/A "SSIN", "SSQ", "PSIN", "PSQ", "PCON" performed. SSIN => Sequential with sinewave clock, SSQ => Sequential with squarewave clock, PSIN => PN with sinewave clock, PSQ => PN with squarewave clock, PCON => PN, no clock. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1515 Round trip light time used. Integer The time is >=0 Valid only if ranging type expressed (channel M-1514) is in the Sequential. following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1516 Highest component of Integer N/A 1 to 24 sequential ranging code (also called the clock component). Frequency is approximately 66*2^-n MHz, where n is the first component value. Valid only if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1517 Lowest component of Integer N/A 1 to 24 sequential ranging code. Frequency is approximately 66*2^-n MHz, where n is the last component value. Valid only if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1518 Component value that is used Integer N/A 1 to 24 for chopping the lower components at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1519 Component value that the Integer N/A 1 to 24 chopping starts at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1520 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted. Only valid if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1521 Length of time that the all Float seconds 1.0 to 1.0e6 components except the first are transmitted. Only valid if ranging type (channel M- 1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1522 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted for each DRVID measurement. Only valid if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1523 Number of DRVID measurements Integer N/A 0 to 255 per ranging cycle. Only valid if ranging type (channel M-1514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1524 The integration time, in PN Integer seconds 1 to (2^31 - 1) cycle periods, that the measurement was made. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1525 The reference signal is Integer N/A 1 to 64 (normally 64) divided by this value to get the modulation clock. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1526 Length of the 1st PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1527 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 1st PN sequence. Valid 32-bit only if ranging type (channel binary M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1528 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 1st PN sequence. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1529 Length of the 2nd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1530 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 2nd PN sequence. Valid 32-bit only if ranging type (channel binary M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1531 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 2nd PN sequence. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1532 Length of the 3rd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1533 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 3rd PN sequence. Valid 32-bit only if ranging type (channel binary M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1534 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 3rd PN sequence. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1535 Length of the 4th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1536 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 4th PN sequence. Valid 32-bit only if ranging type (channel binary M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1537 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 4th PN sequence. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1538 Length of the 5th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1539 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 5th PN sequence. Valid 32-bit only if ranging type (channel binary M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1540 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 5th PN sequence. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1541 Length of the 6th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1542 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 6th PN sequence. Valid 32-bit only if ranging type (channel binary M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1543 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 6th PN sequence. Valid only if ranging type (channel M-1514) is PN. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1544 Differenced Range versus Double range units -2^30 to 2^30 Integrated Doppler (DRVID) measurement in Range Units. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1545 Current operational mode of String N/A "IDLE", "TRK", "CAL", "DIAG" the ranging process. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1546 Time of the range and DRVID String N/A "hh:mm:ss" measurements. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1547 Range measurement in Range Double range units 0.00 to 2^30 Units. ------------------------------------------------------------------------------------------------------------ dcc1 (Ranging) M-1548 The desired ranging Figure of Float Percentage 0.0 to 100.0 Merit. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1200 Status code for the overall Integer N/A 1 = Operational, 3 = Deviation, 4 = downlink channel status. Marginal, 5 = Critical ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1201 Status qualifier for the Integer N/A 0 = None overall downlink channel status. This qualifies the status code (M-1200). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1202 Status code for the overall Integer N/A 0 = Out of Service, 1 = Operational, 2 = receiver equipment controller Busy, 3 = Deviation, 4 = Marginal, 5 = status. Critical ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1203 Status qualifier for the Integer N/A 0 = None overall receiver equipment controller status. This qualifies the status code (M- 1202). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1204 Status of the receiving Integer N/A 0 = Out Of Service, 1 = Operational, 3 = function of the downlink Deviation, 4 = Marginal, 5 = Critical channel. "Out of Service" indicates the receiving function is not installed. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1205 Status qualifier for the Integer N/A 0 = None receiving function of the downlink channel. No qualifiers are used to qualify the status code (M- 1204). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1206 Status code for the status of Integer N/A 1 = Operational, 3 = Deviation, 4 = the downlink channel Marginal, 5 = Critical controller of the downlink channel. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1207 Status qualifier for the Integer N/A 0 = None status of the downlink channel controller of the downlink channel. No qualifiers are used to qualify the status code (M- 1206). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1208* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the monopulse function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the monopulse function is not installed. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1209* Status qualifier for the Integer N/A 0 = None status of the monopulse function of the downlink channel. No qualifiers are used to qualify the status code (M-1208). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1210 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the ranging function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the ranging function is not installed. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1211 Status qualifier for the Integer N/A 0 = None status of the ranging function of the downlink channel. No qualifiers are used to qualify the status code (M-1210). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1212 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the standard telemetry Deviation, 4 = Marginal, 5 = Critical function of the downlink channel. "Out of Service" indicates the telemetry function is not installed. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1213 Status qualifier for the Integer N/A 0 = None status of the standard telemetry function of the downlink channel. No qualifiers are used to qualify the status code (M- 1212). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1214* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the MCD3 decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the MCD3 function is not installed. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1215* Status qualifier for the Integer N/A 0 = None status of the MCD3 decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-1214). ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1216* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the turbo decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the turbo decoder function is not installed. ------------------------------------------------------------------------------------------------------------ dcc1 (Status) M-1217* Status qualifier for the Integer N/A 0 = None status of the turbo decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-1216). ------------------------------------------------------------------------------------------------------------ dcc1 M-1340 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier seconds Loop) frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1340, M-1341, and M-1342 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1341 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier nanoseconds Loop) frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1340, M-1341, and 1340 M-1342 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1342 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier leap Loop) frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1340, M-1341, and M-1342 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1343 The measured subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency Loop) ------------------------------------------------------------------------------------------------------------ dcc1 M-1344 Subcarrier frequency Float Hz -1.000e6 to 1.000e6 (Subcarrier residual. The measured Loop) subcarrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 M-1345 Subcarrier loop tracking Float Hz 0.001 to 25.000 (Subcarrier bandwidth. Loop) ------------------------------------------------------------------------------------------------------------ dcc1 M-1346 The subcarrier loop filter Integer N/A 1 to 3 (Subcarrier order. Loop) ------------------------------------------------------------------------------------------------------------ dcc1 M-1347 The windowing on the Integer N/A 0 to 15 (Subcarrier subcarrier phase data. The Loop) windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc1 M-1348 Subcarrier tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock (Subcarrier status. Status is out-of- Loop) lock unless the loop status (M-1352) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc1 M-1349* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was seconds Loop) last changed. This channel since contains the seconds portion January 1, of the total time tag. 1970 UTC, Channels M-1349, M-1350, and excluding M-1351 together contain the leap total time tag. seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1350* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was nanoseconds Loop) last changed. This channel since the contains the nanoseconds seconds portion of the total time value in M- tag. Channels M-1349, M- 1349 1350, and M-1351 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc1 M-1351* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was leap Loop) last changed. This channel seconds in contains the leap seconds the time portion of the total time tag. Channels M-1349, M- 1350, and M-1351 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc1 M-1352 Subcarrier tracking loop String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", (Subcarrier status. "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" Loop) ------------------------------------------------------------------------------------------------------------ dcc1 M-1353 The subcarrier data power to Float dB-Hz -300.0, 0.0 to 90.0 (Subcarrier noise spectral density ratio Loop) (Pd/NO). If value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc1 M-1354 Pd/NO residual. The measured Float dB -90.0 to 90.0 (Subcarrier subcarrier Pd/N0 minus the Loop) predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 M-1355 The subcarrier tracking loop Float degrees -90.0 to 90.0 (Subcarrier static phase error. Loop) ------------------------------------------------------------------------------------------------------------ dcc1 M-1356 Subcarrier waveform. String N/A "SIN", "SQ", "D" (Subcarrier Loop) ------------------------------------------------------------------------------------------------------------ dcc1 M-1357 Predicted subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency (including Loop) predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc1 M-1358 Subcarrier acquisition FFT String N/A "ENABLED", "DISABLED" (Subcarrier usage switch. If enabled, Loop) the subcarrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc1 M-1359 Indicates whether or not the String N/A "ENABLED", "DISABLED" (Subcarrier subcarrier FFT is currently Loop) running. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1380 The time of the last change Integer number of >=0 Loop) in the predicted symbol seconds frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1380, M-1381, and M-1382 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1381 The time of the last change Integer number of >=0 Loop) in the predicted symbol nanoseconds frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1380, M-1381, and 1380 M-1382 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1382 The time of the last change Integer number of >=0 Loop) in the predicted symbol leap frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1380, M-1381, and M-1382 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1383 The measured symbol rate Double sps 4.000 to 26400000.000 Loop) ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1384 Symbol rate residual. The Float sps -26400000.000 to 26400000.000 Loop) measured symbol rate minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1385 Symbol loop tracking Float Hz 0.001 to 25.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1386 The symbol loop filter order. Integer N/A 1 to 3 Loop) ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1387 The windowing on the symbol Integer N/A 0 to 15 Loop) phase data. The windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1388 Symbol tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock Loop) status. Status is out-of- lock unless the loop status (M-1392) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1389* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last seconds changed. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1389, M-1390, and M-1391 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1390* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last nanoseconds changed. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1389, M-1390, and 1389 M-1391 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1391* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last leap changed. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1389, M-1390, and M-1391 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1392 Symbol tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1393 The measured symbol signal to Float dB -10.0 to 50.0 Loop) noise ratio (SSNR). ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1394 SSNR residual. The measured Float dB -50.0 to 50.0 Loop) SSNR minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1395 The symbol tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1396 Modulation format of the String N/A "NRZL", "NRZM", "NRZS", "BIPS", "BIPL", Loop) symbols. "BIPM" ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1397 Configuration of the symbol String N/A "ENABLED", "DISABLED" Loop) smoothing algorithm (low threshold telemetry mode). ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1398 Predicted symbol frequency Double sps 4.000 to 26400000.000 Loop) (including predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1399 Symbol acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the symbol acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc1 (Symbol M-1400 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) symbol FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc1 M-0190 Number of Virtual Channel 0 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0191 Number of Virtual Channel 1 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0192 Number of Virtual Channel 2 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0193 Number of Virtual Channel 3 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0194 Number of Virtual Channel 4 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0195 Number of Virtual Channel 5 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0196 Number of Virtual Channel 6 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-0197 Number of Virtual Channel 7 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1415 Operational state of the Reed- String N/A "D", "P", "S" (Telemetry) Solomon decoder. In Primary (P) mode, the corrected bits are output to the end user. In Secondary (S) mode, the decoding statistics are provided for the operator, but the bit corrections are not output. ------------------------------------------------------------------------------------------------------------ dcc1 M-1416 Indicator of whether the Integer N/A 0 = Unarrayed, 1 = Arrayed with FSPA1 as the (Telemetry) input signal is an arrayed source, 2 = Arrayed with FSPA2 as the source signal or not. A value of 0 indicates not arrayed; values of 1 and 2 correspond to the arraying equipment physical number. ------------------------------------------------------------------------------------------------------------ dcc1 M-1417 Frame sync operational mode. String N/A "D", "P" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc1 M-1418 The pattern of bits of the String N/A Any pattern expressed in hexadecimal (Telemetry) frame sync word. ------------------------------------------------------------------------------------------------------------ dcc1 M-1419 Length of the frame sync Integer bits 8 to 64 (Telemetry) word. ------------------------------------------------------------------------------------------------------------ dcc1 M-1420 Predicted telemetry bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc1 M-1421 Measured bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc1 M-1422 Overall telemetry lock status String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) (includes decoders and frame synchronizer). ------------------------------------------------------------------------------------------------------------ dcc1 M-1424 Telemetry processing String N/A "GO", "NOGO" (Telemetry) operational status ------------------------------------------------------------------------------------------------------------ dcc1 M-1425* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1425, M-1426, and M-1427 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1426* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1425, M-1426, and 1425 M-1427 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1427* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1425, M-1426, and M-1427 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1428* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-1428, M- 1970 UTC, 1429, and M-1430 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1429* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-1428, value in M- M-1429, and M-1430 together 1428 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1430* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-1428, M-1429, and M-1430 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1431 Telemetry decoder lock String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc1 M-1433 Type of decoder used. String N/A "MCD2", "MCD3", "TURBO", "UNC", "SYMB", (Telemetry) "GSSR" ------------------------------------------------------------------------------------------------------------ dcc1 M-1434 The output bit signal to Double dB -10.0 to 50.0 (Telemetry) noise ratio for the decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1436 In-lock threshold for the Integer N/A 1 to 255 (Telemetry) Viterbi decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1437 Vector set for the Viterbi String N/A "CCSDS", "DSN" (Telemetry) decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1438 In-lock threshold for MCD3 Integer N/A 1 to 256 (Telemetry) decoder. Only valid if decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1439 Vector set for the MCD3 String N/A "NONE", "CCSDS", "DSN", "A15R6", "CAS", (Telemetry) decoder. Only valid if "MAP" decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1440 Frame sync primary frame Integer bits 8 to 65536 (Telemetry) length ------------------------------------------------------------------------------------------------------------ dcc1 M-1441 Frame sync in lock bit error Integer bits 0 to 15 (Telemetry) tolerance. The number of bit errors allowed in the frame sync word while still being considered in lock. ------------------------------------------------------------------------------------------------------------ dcc1 M-1442 Frame sync out of lock bit Integer bits 0 to 15 (Telemetry) error tolerance (the minimum number of bit errors required to declare out of lock). ------------------------------------------------------------------------------------------------------------ dcc1 M-1443 Frame sync in lock threshold Integer frames 1 to 15 (Telemetry) (the number of consecutive in sync frames verified before lock is declared). ------------------------------------------------------------------------------------------------------------ dcc1 M-1444 Frame sync out of lock Integer frames 1 to 15 (Telemetry) threshold (number of consecutive out of sync frames before out-of-lock is declared). ------------------------------------------------------------------------------------------------------------ dcc1 M-1445* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1445, M-1446, and M-1447 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1446* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1445, M-1446, and 1445 M-1447 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1447* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1445, M-1446, and M-1447 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1448* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-1448, M- 1970 UTC, 1449, and M-1450 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc1 M-1449* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-1448, value in M- M-1449, and M-1450 together 1448 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1450* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-1448, M-1449, and M-1450 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc1 M-1451 Frame sync lock status. String N/A "IDLE", "SEARCH", "VERIFY", "LOCK", (Telemetry) "FLYWHEEL" ------------------------------------------------------------------------------------------------------------ dcc1 M-1452 The number of bits the frame Integer bits 0 to (2^31 - 1) (Telemetry) synchronizer processed in its last (if in-lock) or current (if out-of-lock) acquisition. When the frame sync goes to out-of-lock, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc1 M-1453 Number of telemetry blocks Integer blocks 0 to (2^31 - 1) (Telemetry) output since the start of the connection. ------------------------------------------------------------------------------------------------------------ dcc1 M-1455 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1456 Count of the number of good Integer frames 0 to (2^31 - 1) (Telemetry) frames (verify, flywheel, and lock) since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1457 Count of the number of bad Integer frames 0 to (2^31 - 1) (Telemetry) (search) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1458 Lock status of the Cyclic String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Redundancy Code (CRC) check. ------------------------------------------------------------------------------------------------------------ dcc1 M-1459 Configuration of the pseudo String N/A "ENABLED", "DISABLED" (Telemetry) derandomizer. ------------------------------------------------------------------------------------------------------------ dcc1 M-1460 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames that have had the CRC checked since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1461 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have passed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1462 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have failed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1463 Lock status of the Reed- String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Solomon decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1464 Count of total number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been checked since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1465 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been decoded since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1466 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have failed to decode since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1467 Ratio of bad frames to total Double Percentage 0.00 to 100.00 (Telemetry) frames for Reed-Solomon decoder. Only valid if Reed- Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1468 Ratio of bad code words to Double Percentage 0.00 to 100.00 (Telemetry) total code words for Reed- Solomon decoder. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc1 M-1469 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) locked (flywheel and lock) frames since start of connection. Count rolls over to zero. ------------------------------------------------------------------------------------------------------------ dcc1 M-1470 The number of frames with Integer frames 0 to (2^31 - 1) (Telemetry) flywheel status in the last (or current) in-lock period. When lock is first acquired, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc1 M-1471 Name of the format table used String N/A Any ASCII string, up to 242 characters long (Telemetry) by the default telemetry stream. ------------------------------------------------------------------------------------------------------------ dcc1 M-1474 Out-of-lock threshold for Integer bits 1 to 65535 (Telemetry) Viterbi decoder (7, _). ------------------------------------------------------------------------------------------------------------ dcc1 M-1475 Out-of-lock threshold for the Integer bits 1 to 255 (Telemetry) MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc1 M-1476 Configuration of the String N/A "D", "NM", "NS" (Telemetry) differential decoder (disabled, mark, or space). ------------------------------------------------------------------------------------------------------------ dcc1 M-1477 State of the Viterbi decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc1 M-1478 State of the MCD3 decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc1 M-1479 The number of times the Integer N/A 0 to (2^31 - 1) (Telemetry) metric normalization count exceeded the threshold since the TLP was put in the active state. ------------------------------------------------------------------------------------------------------------ dcc1 M-1480 Percentage of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected over the last accumulation period. ------------------------------------------------------------------------------------------------------------ dcc1 M-1481 Viterbi decoder node sync String N/A "D", "SER", "MNR" (Telemetry) change algorithm. ------------------------------------------------------------------------------------------------------------ dcc1 M-1482 Number of node sync changes Integer N/A 0 to (2^31 - 1) (Telemetry) since the TLP was put into the active state. ------------------------------------------------------------------------------------------------------------ dcc1 M-1483 Position that the MCD3 Integer N/A 0 to 5 (Telemetry) decoder has locked onto. ------------------------------------------------------------------------------------------------------------ dcc1 M-1484 Frame sync secondary frame Integer bits 0 to 65528 (Telemetry) length (alternate frame length). ------------------------------------------------------------------------------------------------------------ dcc1 M-1485 Detected frame size. Integer bits 8 to 65536 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc1 M-1486 Status of the frame String N/A "GO", "NOGO" (Telemetry) synchronizer hardware. ------------------------------------------------------------------------------------------------------------ dcc1 M-1487 The order of the sequence for String N/A "M", "L", "B" (Telemetry) searching for frame synchronization (e.g. left-to- right (MSB) or right-to-left (LSB)). Allows handling of spacecraft that transmit recorded data backwards. M => MSB, L => LSB, and B => Both. ------------------------------------------------------------------------------------------------------------ dcc1 M-1488 Number of bits over or under Integer bits 0 to 3 (Telemetry) the frame length the synchronizer will accept as a correct length frame. ------------------------------------------------------------------------------------------------------------ dcc1 M-1489 The bit error rate (BER) of Double Percentage 0.0 to 100.0 (Telemetry) the frame sync words for the in-lock frames. ------------------------------------------------------------------------------------------------------------ dcc1 M-1490 The detected bit sequence. String N/A "MSB", "LSB" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc1 M-1491 The polarity of the input String N/A "NORMAL", "INVERTED" (Telemetry) data to the frame synchronizer. ------------------------------------------------------------------------------------------------------------ dcc1 M-1492 The number of bit slips Integer bits 0 to (2^31 - 1) (Telemetry) detected since the start of processing. This count is the number of bits slipped, not the number of bit slip occurrences. ------------------------------------------------------------------------------------------------------------ dcc1 M-1493 The number of polarity Integer N/A 0 to 65535 (Telemetry) changes detected since the start of processing. ------------------------------------------------------------------------------------------------------------ dcc1 M-1494 The number of times since the Integer N/A 0 to 65535 (Telemetry) start of the processing that the frame synchronizer has transitioned to the LOCK state. ------------------------------------------------------------------------------------------------------------ dcc1 M-1495 Number of Reed-Solomon Integer Codewords 0 to 5 (Telemetry) codewords interleaved into a transfer frame. ------------------------------------------------------------------------------------------------------------ dcc1 M-1496 Reed-Solomon decoding String N/A "B", "C" (Telemetry) algorithm used (Berlekamp versus Conventional). ------------------------------------------------------------------------------------------------------------ dcc1 M-1497 Number of zero pad symbols Integer Reed- 0 to 223 (Telemetry) (bytes) used in the Reed- Solomon Solomon encoding. This is symbols also known as the virtual fill. ------------------------------------------------------------------------------------------------------------ dcc1 M-1498 The number of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected divided by the number of symbols received. Codewords that cannot be corrected are not counted. ------------------------------------------------------------------------------------------------------------ dcc1 M-1499 Reed-Solomon decoder hardware String N/A "GO", "NOGO" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1790 Time tag of carrier Integer number of >=0 Loop) performance data. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-1790, M-1791, and 1970 UTC, M-1792 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1791 Time tag of carrier Integer number of >=0 Loop) performance data. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-1790, value in M- M-1791, and M-1792 together 1790 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1792 Time tag of carrier Integer number of >=0 Loop) performance data. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-1790, M- 1791, and M-1792 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1793 Time that the last carrier Integer number of >=0 Loop) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1793, M-1794, and M-1795 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1794 Time that the last carrier Integer number of >=0 Loop) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1793, M-1794, and 1793 M-1795 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1795 Time that the last carrier Integer number of >=0 Loop) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1793, M-1794, and M-1795 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1796 Time that the carrier lock Integer number of >=0 Loop) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-1796, M- 1970 UTC, 1797, and M-1798 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1797 Time that the carrier lock Integer number of >=0 Loop) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-1796, value in M- M-1797, and M-1798 together 1796 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1798 Time that the carrier lock Integer number of >=0 Loop) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-1796, M-1797, and M-1798 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1799 Carrier loop tracking Float Hz 0.100 to 1000.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1800 The carrier loop filter Integer N/A 1 to 3 Loop) order. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1801 Carrier tracking loop lock Integer N/A 0 = Out of lock, 1 = In lock. Loop) status. Status is out-of- lock unless the loop status (M-1802) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1802 Carrier tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) This is the result of the "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" acquisition command or enabling the loop. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1803 Data tracking loop status Integer N/A 0 = Out of lock, 1= In lock, 2 = Off (Idle), Loop) (combined status of 3 = Acquiring, 4 = Open subcarrier and symbol loops). ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1804 The measured carrier Double Hz 2200000000.000 to 32,300,000,000.000 Loop) frequency. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1805 Carrier frequency residual. Float Hz -1000000.000 to 1000000.000 Loop) The measured carrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1806 The predicted carrier Float Hz -1000000.000 to 1000000.000 Loop) frequency minus the measured value. This is commonly called the doppler residual. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1807 The measured carrier Float Hz/sec -108000.0 to 108000.0 Loop) frequency rate (first derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1808 The measured carrier Float Hz/sec^2 -2600.0 to 2600.0 Loop) frequency acceleration (second derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1809 The standard deviation of the Float Hz 0.000 to 1000.000 Loop) detrended frequency residuals. This is commonly called the doppler noise. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1810 Carrier power at performance Float dBm -300.0, -190.0 to 85.0 Loop) time tag (channels M-1790, M- 1791, and M-1792). If value not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1811 Carrier power residual. The Float dB -190.0 to 190.0 Loop) estimated carrier power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1812 The measured data power. If Float dBm -300.0, -190.0 to 85.0 Loop) value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1813 Data power residual. The Float dBm -190.0 to 190.0 Loop) measured data power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1814 The carrier tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1815 The carrier power to noise Float dB-Hz -300.0, 0.0 to 90.0 Loop) spectral density ratio (Pc/NO). If the value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1816 Pc/NO residual. The measured Float dB -90.0 to 90.0 Loop) Pc/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1817 Carrier tracking mode (source String N/A "RESIDUAL", "SUPPRESSED", "SIDEBAND", Loop) of carrier error signal). "QPSK", "OQPSK", "OPEN" ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1818 The system noise temperature Float kelvin 10.0 to 2000.0 Loop) (SNT). ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1819 SNT residual. The measured Float kelvin 10.0 to 2000.0 Loop) system noise temperature minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1820 The predicted carrier Double Hz 2200000000.000 to 32300000000.000 Loop) frequency. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1821 Count of the number of cycle Float number of 0.0 to 10000.0 Loop) slips detected during this slips pass. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1822 Carrier acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the carrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc2 (Carrier M-1823 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) carrier FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc2 M-1740 Downlink channel providing Integer N/A 1 to 24 (Configuration) the data. ------------------------------------------------------------------------------------------------------------ dcc2 M-1741 Antenna being used from the Integer N/A 0 to 99 (Configuration) perspective of the DTT (Downlink Tracking and Telemetry) subsystem. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc2 M-1742 Configured spacecraft ID from Integer N/A 1 to 255 (Configuration) the perspective of the DTT. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc2 M-1743 Pass number. Integer N/A 0 to 9999 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc2 M-1744 Mission ID for spacecraft. Integer N/A 0 to 255 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc2 M-1745 Downlink carrier band. String N/A "NONE", "L", "S", "X", "KA", "S26" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc2 M-1746 Uplink carrier band used for String N/A "NONE", "L", "S", "X", "KA" (Configuration) the downlink processing. It is possible that this is not the actual uplink band. ------------------------------------------------------------------------------------------------------------ dcc2 M-1747 Receiver-Telemetry String N/A Any ASCII string, up to 242 characters long (Configuration) configuration table name. ------------------------------------------------------------------------------------------------------------ dcc2 M-1748 Receiver radiometrics String N/A "NPX", "1W", "2W", "3W" (Configuration) (frequency) predicts mode. NPX => no predicts used, 1W => one-way, 2W => two-way, 3W => three-way. ------------------------------------------------------------------------------------------------------------ dcc2 M-1750 Uplink antenna for three-way Integer N/A 0 to 99 (Configuration) predicts. ------------------------------------------------------------------------------------------------------------ dcc2 M-1751 Predicted carrier frequency Double Hz 2200000000.000 to 32300000000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc2 M-1752 Predicted subcarrier Double Hz 0.000 to 2000000.000 (Configuration) frequency ------------------------------------------------------------------------------------------------------------ dcc2 M-1753 Predicted symbol rate Double Hz 4.000 to 26400000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc2 M-1754 SNT measurement switch. If String N/A "ENABLED", "DISABLED" (Configuration) the measurement is disabled, the value in M-1818 is the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 M-1755 Monopulse tracking processing String N/A "ENABLED", "DISABLED" (Configuration) switch. Used only when there is a Ka-band downlink (M-1745 is equal to "KA"). ------------------------------------------------------------------------------------------------------------ dcc2 M-1756 Name of the radiometric String N/A Any ASCII string, up to 242 characters long (Configuration) predict set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc2 M-1757 Time that the last Integer number of >=0 (Configuration) radiometric predict mode seconds change was done. This since channel contains the seconds January 1, portion of the total time. 1970 UTC, Channels M-1757, M-1758, and excluding M-1759 together contain the leap total time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1758 Time that the last Integer number of >=0 (Configuration) radiometric predict mode nanoseconds change was done. This since the channel contains the seconds nanoseconds portion of the value in M- total time. Channels M-1757, 1757 M-1758, and M-1759 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1759 Time that the last Integer number of >=0 (Configuration) radiometric predict mode leap change was done. This seconds in channel contains the leap the time seconds portion of the total time. Channels M-1757, M- 1758, and M-1759 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1760 Telemetry predicts usage String N/A "DISABLED", "ENABLED" (Configuration) mode. If enabled, telemetry predicts are used if the radiometric predict mode (M- 1748) is not NPX. ------------------------------------------------------------------------------------------------------------ dcc2 M-1761 Name of the telemetry predict String N/A Any ASCII string, up to 242 characters long (Configuration) set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc2 M-1762 Range state String N/A "Enable", "Disable" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc2 M-1763 Carrier phase (tracking) data String N/A "ENABLED", "DISABLED" (Configuration) output switch. If enabled, carrier phase data is being sent (count of blocks given in M-2008). ------------------------------------------------------------------------------------------------------------ dcc2 M-1764 Range data output switch. If String N/A "ENABLED", "DISABLED" (Configuration) enabled, range data is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc2 M-1765 Telemetry data output switch. String N/A "ENABLED", "DISABLED" (Configuration) If enabled, telemetry is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc2 M-1766 The LNA (Low Noise Amplifier) String N/A "A1", "A2", "A3", "A4", "N/A" (Configuration) number from which the channel is receiving the signal. ------------------------------------------------------------------------------------------------------------ dcc2 M-1767 The polarization of the String N/A "LCP", "RCP", "UNKN", "N/A" (Configuration) signal that the downlink channel is tracking. ------------------------------------------------------------------------------------------------------------ dcc2 M-1768 The configuration of the String N/A "LONO", "RADR", "DPLX", "NPDX", "UNKN", (Configuration) microwave for uplink. "N/A" Possible configurations are low noise (LONO), diplexed (DPLX), radar configuration (RADR), and non-diplexed (NDPX, another name for low noise). ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2000 Time that the ranging Integer The time is >=0 acquisition started. Also expressed referred to as the T0 time. in the following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2003* Time that the correlation Integer number of >=0 validity last changed. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-2003, M-2004, and 1970 UTC, M-2005 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2004* Time that the correlation Integer number of >=0 validity last changed. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-2003, value in M- M-2004, and M-2005 together 2003 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2005* Time that the correlation Integer number of >=0 validity last changed. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-2003, M- 2004, and M-2005 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2006 Indicates whether or not the String N/A "OFF", "OUT OF LOCK", "IN LOCK" last ranging correlation was valid. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2007 The number of range data Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2008 The number of carrier phase Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2009 Number of ranging points that Integer N/A 0 to (2^31 - 1) have been measured. Value is reset to zero every time ranging acquisition is initiated. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2010 The Figure of Merit, Float percent 0.0 to 100.0 expressed as a percentage, of the range measurement. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2011 Range residual. The measured Double range units -2^30 to 2^30 range value minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2012 Ranging power to noise Float dB-Hz -10.0 to 90.0 spectral density ratio (Pr/NO). ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2013 Pr/NO residual. The measured Float dB-Hz -100.0 to 100.0 Pr/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2014 Type of ranging being String N/A "SSIN", "SSQ", "PSIN", "PSQ", "PCON" performed. SSIN => Sequential with sinewave clock, SSQ => Sequential with squarewave clock, PSIN => PN with sinewave clock, PSQ => PN with squarewave clock, PCON => PN, no clock. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2015 Round trip light time used. Integer The time is >=0 Valid only if ranging type expressed (channel M-2014) is in the Sequential. following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2016 Highest component of Integer N/A 1 to 24 sequential ranging code (also called the clock component). Frequency is approximately 66*2^-n MHz, where n is the first component value. Valid only if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2017 Lowest component of Integer N/A 1 to 24 sequential ranging code. Frequency is approximately 66*2^-n MHz, where n is the last component value. Valid only if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2018 Component value that is used Integer N/A 1 to 24 for chopping the lower components at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2019 Component value that the Integer N/A 1 to 24 chopping starts at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2020 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted. Only valid if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2021 Length of time that the all Float seconds 1.0 to 1.0e6 components except the first are transmitted. Only valid if ranging type (channel M- 2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2022 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted for each DRVID measurement. Only valid if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2023 Number of DRVID measurements Integer N/A 0 to 255 per ranging cycle. Only valid if ranging type (channel M-2014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2024 The integration time, in PN Integer seconds 1 to (2^31 - 1) cycle periods, that the measurement was made. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2025 The reference signal is Integer N/A 1 to 64 (normally 64) divided by this value to get the modulation clock. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2026 Length of the 1st PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2027 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 1st PN sequence. Valid 32-bit only if ranging type (channel binary M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2028 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 1st PN sequence. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2029 Length of the 2nd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2030 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 2nd PN sequence. Valid 32-bit only if ranging type (channel binary M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2031 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 2nd PN sequence. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2032 Length of the 3rd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2033 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 3rd PN sequence. Valid 32-bit only if ranging type (channel binary M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2034 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 3rd PN sequence. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2035 Length of the 4th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2036 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 4th PN sequence. Valid 32-bit only if ranging type (channel binary M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2037 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 4th PN sequence. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2038 Length of the 5th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2039 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 5th PN sequence. Valid 32-bit only if ranging type (channel binary M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2040 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 5th PN sequence. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2041 Length of the 6th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2042 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 6th PN sequence. Valid 32-bit only if ranging type (channel binary M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2043 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 6th PN sequence. Valid only if ranging type (channel M-2014) is PN. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2044 Differenced Range versus Double range units -2^30 to 2^30 Integrated Doppler (DRVID) measurement in Range Units. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2045 Current operational mode of String N/A "IDLE", "TRK", "CAL", "DIAG" the ranging process. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2046 Time of the range and DRVID String N/A "hh:mm:ss" measurements. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2047 Range measurement in Range Double range units 0.00 to 2^30 Units. ------------------------------------------------------------------------------------------------------------ dcc2 (Ranging) M-2048 The desired ranging Figure of Float Percentage 0.0 to 100.0 Merit. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1700 Status code for the overall Integer N/A 1 = Operational, 3 = Deviation, 4 = downlink channel status. Marginal, 5 = Critical ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1701 Status qualifier for the Integer N/A 0 = None overall downlink channel status. This qualifies the status code (M-1700). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1702 Status code for the overall Integer N/A 0 = Out of Service, 1 = Operational, 2 = receiver equipment controller Busy, 3 = Deviation, 4 = Marginal, 5 = status. Critical ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1703 Status qualifier for the Integer N/A 0 = None overall receiver equipment controller status. This qualifies the status code (M- 1702). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1704 Status of the receiving Integer N/A 0 = Out Of Service, 1 = Operational, 3 = function of the downlink Deviation, 4 = Marginal, 5 = Critical channel. "Out of Service" indicates the receiving function is not installed. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1705 Status qualifier for the Integer N/A 0 = None receiving function of the downlink channel. No qualifiers are used to qualify the status code (M- 1704). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1706 Status code for the status of Integer N/A 1 = Operational, 3 = Deviation, 4 = the downlink channel Marginal, 5 = Critical controller of the downlink channel. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1707 Status qualifier for the Integer N/A 0 = None status of the downlink channel controller of the downlink channel. No qualifiers are used to qualify the status code (M- 1706). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1708* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the monopulse function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the monopulse function is not installed. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1709* Status qualifier for the Integer N/A 0 = None status of the monopulse function of the downlink channel. No qualifiers are used to qualify the status code (M-1708). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1710 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the ranging function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the ranging function is not installed. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1711 Status qualifier for the Integer N/A 0 = None status of the ranging function of the downlink channel. No qualifiers are used to qualify the status code (M-1710). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1712 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the standard telemetry Deviation, 4 = Marginal, 5 = Critical function of the downlink channel. "Out of Service" indicates the telemetry function is not installed. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1713 Status qualifier for the Integer N/A 0 = None status of the standard telemetry function of the downlink channel. No qualifiers are used to qualify the status code (M- 1712). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1714* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the MCD3 decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the MCD3 function is not installed. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1715* Status qualifier for the Integer N/A 0 = None status of the MCD3 decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-1714). ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1716* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the turbo decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the turbo decoder function is not installed. ------------------------------------------------------------------------------------------------------------ dcc2 (Status) M-1717* Status qualifier for the Integer N/A 0 = None status of the turbo decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-1716). ------------------------------------------------------------------------------------------------------------ dcc2 M-1840 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier seconds Loop) frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1840, M-1841, and M-1842 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1841 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier nanoseconds Loop) frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1840, M-1841, and 1840 M-1842 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1842 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier leap Loop) frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1840, M-1841, and M-1842 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1843 The measured subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency Loop) ------------------------------------------------------------------------------------------------------------ dcc2 M-1844 Subcarrier frequency Float Hz -1.000e6 to 1.000e6 (Subcarrier residual. The measured Loop) subcarrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 M-1845 Subcarrier loop tracking Float Hz 0.001 to 25.000 (Subcarrier bandwidth. Loop) ------------------------------------------------------------------------------------------------------------ dcc2 M-1846 The subcarrier loop filter Integer N/A 1 to 3 (Subcarrier order. Loop) ------------------------------------------------------------------------------------------------------------ dcc2 M-1847 The windowing on the Integer N/A 0 to 15 (Subcarrier subcarrier phase data. The Loop) windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc2 M-1848 Subcarrier tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock (Subcarrier status. Status is out-of- Loop) lock unless the loop status (M-1852) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc2 M-1849* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was seconds Loop) last changed. This channel since contains the seconds portion January 1, of the total time tag. 1970 UTC, Channels M-1849, M-1850, and excluding M-1851 together contain the leap total time tag. seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1850* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was nanoseconds Loop) last changed. This channel since the contains the nanoseconds seconds portion of the total time value in M- tag. Channels M-1849, M- 1849 1850, and M-1851 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc2 M-1851* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was leap Loop) last changed. This channel seconds in contains the leap seconds the time portion of the total time tag. Channels M-1849, M- 1850, and M-1851 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc2 M-1852 Subcarrier tracking loop String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", (Subcarrier status. "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" Loop) ------------------------------------------------------------------------------------------------------------ dcc2 M-1853 The subcarrier data power to Float dB-Hz -300.0, 0.0 to 90.0 (Subcarrier noise spectral density ratio Loop) (Pd/NO). If value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc2 M-1854 Pd/NO residual. The measured Float dB -90.0 to 90.0 (Subcarrier subcarrier Pd/N0 minus the Loop) predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 M-1855 The subcarrier tracking loop Float degrees -90.0 to 90.0 (Subcarrier static phase error. Loop) ------------------------------------------------------------------------------------------------------------ dcc2 M-1856 Subcarrier waveform. String N/A "SIN", "SQ", "D" (Subcarrier Loop) ------------------------------------------------------------------------------------------------------------ dcc2 M-1857 Predicted subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency (including Loop) predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc2 M-1858 Subcarrier acquisition FFT String N/A "ENABLED", "DISABLED" (Subcarrier usage switch. If enabled, Loop) the subcarrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc2 M-1859 Indicates whether or not the String N/A "ENABLED", "DISABLED" (Subcarrier subcarrier FFT is currently Loop) running. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1880 The time of the last change Integer number of >=0 Loop) in the predicted symbol seconds frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1880, M-1881, and M-1882 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1881 The time of the last change Integer number of >=0 Loop) in the predicted symbol nanoseconds frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1880, M-1881, and 1880 M-1882 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1882 The time of the last change Integer number of >=0 Loop) in the predicted symbol leap frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1880, M-1881, and M-1882 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1883 The measured symbol rate Double sps 4.000 to 26400000.000 Loop) ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1884 Symbol rate residual. The Float sps -26400000.000 to 26400000.000 Loop) measured symbol rate minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1885 Symbol loop tracking Float Hz 0.001 to 25.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1886 The symbol loop filter order. Integer N/A 1 to 3 Loop) ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1887 The windowing on the symbol Integer N/A 0 to 15 Loop) phase data. The windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1888 Symbol tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock Loop) status. Status is out-of- lock unless the loop status (M-1892) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1889* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last seconds changed. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1889, M-1890, and M-1891 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1890* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last nanoseconds changed. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1889, M-1890, and 1889 M-1891 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1891* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last leap changed. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1889, M-1890, and M-1891 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1892 Symbol tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1893 The measured symbol signal to Float dB -10.0 to 50.0 Loop) noise ratio (SSNR). ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1894 SSNR residual. The measured Float dB -50.0 to 50.0 Loop) SSNR minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1895 The symbol tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1896 Modulation format of the String N/A "NRZL", "NRZM", "NRZS", "BIPS", "BIPL", Loop) symbols. "BIPM" ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1897 Configuration of the symbol String N/A "ENABLED", "DISABLED" Loop) smoothing algorithm (low threshold telemetry mode). ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1898 Predicted symbol frequency Double sps 4.000 to 26400000.000 Loop) (including predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1899 Symbol acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the symbol acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc2 (Symbol M-1900 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) symbol FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc2 M-0290 Number of Virtual Channel 0 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0291 Number of Virtual Channel 1 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0292 Number of Virtual Channel 2 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0293 Number of Virtual Channel 3 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0294 Number of Virtual Channel 4 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0295 Number of Virtual Channel 5 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0296 Number of Virtual Channel 6 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-0297 Number of Virtual Channel 7 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1915 Operational state of the Reed- String N/A "D", "P", "S" (Telemetry) Solomon decoder. In Primary (P) mode, the corrected bits are output to the end user. In Secondary (S) mode, the decoding statistics are provided for the operator, but the bit corrections are not output. ------------------------------------------------------------------------------------------------------------ dcc2 M-1916 Indicator of whether the Integer N/A 0 = Unarrayed, 1 = Arrayed with FSPA1 as the (Telemetry) input signal is an arrayed source, 2 = Arrayed with FSPA2 as the source signal or not. A value of 0 indicates not arrayed; values of 1 and 2 correspond to the arraying equipment physical number. ------------------------------------------------------------------------------------------------------------ dcc2 M-1917 Frame sync operational mode. String N/A "D", "P" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc2 M-1918 The pattern of bits of the String N/A Any pattern expressed in hexadecimal (Telemetry) frame sync word. ------------------------------------------------------------------------------------------------------------ dcc2 M-1919 Length of the frame sync Integer bits 8 to 64 (Telemetry) word. ------------------------------------------------------------------------------------------------------------ dcc2 M-1920 Predicted telemetry bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc2 M-1921 Measured bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc2 M-1922 Overall telemetry lock status String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) (includes decoders and frame synchronizer). ------------------------------------------------------------------------------------------------------------ dcc2 M-1924 Telemetry processing String N/A "GO", "NOGO" (Telemetry) operational status ------------------------------------------------------------------------------------------------------------ dcc2 M-1925* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1925, M-1926, and M-1927 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1926* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1925, M-1926, and 1925 M-1927 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1927* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1925, M-1926, and M-1927 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1928* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-1928, M- 1970 UTC, 1929, and M-1930 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1929* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-1928, value in M- M-1929, and M-1930 together 1928 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1930* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-1928, M-1929, and M-1930 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1931 Telemetry decoder lock String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc2 M-1933 Type of decoder used. String N/A "MCD2", "MCD3", "TURBO", "UNC", "SYMB", (Telemetry) "GSSR" ------------------------------------------------------------------------------------------------------------ dcc2 M-1934 The output bit signal to Double dB -10.0 to 50.0 (Telemetry) noise ratio for the decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1936 In-lock threshold for the Integer N/A 1 to 255 (Telemetry) Viterbi decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1937 Vector set for the Viterbi String N/A "CCSDS", "DSN" (Telemetry) decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1938 In-lock threshold for MCD3 Integer N/A 1 to 256 (Telemetry) decoder. Only valid if decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1939 Vector set for the MCD3 String N/A "NONE", "CCSDS", "DSN", "A15R6", "CAS", (Telemetry) decoder. Only valid if "MAP" decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1940 Frame sync primary frame Integer bits 8 to 65536 (Telemetry) length ------------------------------------------------------------------------------------------------------------ dcc2 M-1941 Frame sync in lock bit error Integer bits 0 to 15 (Telemetry) tolerance. The number of bit errors allowed in the frame sync word while still being considered in lock. ------------------------------------------------------------------------------------------------------------ dcc2 M-1942 Frame sync out of lock bit Integer bits 0 to 15 (Telemetry) error tolerance (the minimum number of bit errors required to declare out of lock). ------------------------------------------------------------------------------------------------------------ dcc2 M-1943 Frame sync in lock threshold Integer frames 1 to 15 (Telemetry) (the number of consecutive in sync frames verified before lock is declared). ------------------------------------------------------------------------------------------------------------ dcc2 M-1944 Frame sync out of lock Integer frames 1 to 15 (Telemetry) threshold (number of consecutive out of sync frames before out-of-lock is declared). ------------------------------------------------------------------------------------------------------------ dcc2 M-1945* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-1945, M-1946, and M-1947 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1946* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-1945, M-1946, and 1945 M-1947 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1947* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-1945, M-1946, and M-1947 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1948* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-1948, M- 1970 UTC, 1949, and M-1950 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc2 M-1949* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-1948, value in M- M-1949, and M-1950 together 1948 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1950* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-1948, M-1949, and M-1950 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc2 M-1951 Frame sync lock status. String N/A "IDLE", "SEARCH", "VERIFY", "LOCK", (Telemetry) "FLYWHEEL" ------------------------------------------------------------------------------------------------------------ dcc2 M-1952 The number of bits the frame Integer bits 0 to (2^31 - 1) (Telemetry) synchronizer processed in its last (if in-lock) or current (if out-of-lock) acquisition. When the frame sync goes to out-of-lock, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc2 M-1953 Number of telemetry blocks Integer blocks 0 to (2^31 - 1) (Telemetry) output since the start of the connection. ------------------------------------------------------------------------------------------------------------ dcc2 M-1955 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1956 Count of the number of good Integer frames 0 to (2^31 - 1) (Telemetry) frames (verify, flywheel, and lock) since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1957 Count of the number of bad Integer frames 0 to (2^31 - 1) (Telemetry) (search) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1958 Lock status of the Cyclic String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Redundancy Code (CRC) check. ------------------------------------------------------------------------------------------------------------ dcc2 M-1959 Configuration of the pseudo String N/A "ENABLED", "DISABLED" (Telemetry) derandomizer. ------------------------------------------------------------------------------------------------------------ dcc2 M-1960 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames that have had the CRC checked since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1961 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have passed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1962 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have failed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1963 Lock status of the Reed- String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Solomon decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1964 Count of total number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been checked since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1965 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been decoded since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1966 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have failed to decode since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1967 Ratio of bad frames to total Double Percentage 0.00 to 100.00 (Telemetry) frames for Reed-Solomon decoder. Only valid if Reed- Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1968 Ratio of bad code words to Double Percentage 0.00 to 100.00 (Telemetry) total code words for Reed- Solomon decoder. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc2 M-1969 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) locked (flywheel and lock) frames since start of connection. Count rolls over to zero. ------------------------------------------------------------------------------------------------------------ dcc2 M-1970 The number of frames with Integer frames 0 to (2^31 - 1) (Telemetry) flywheel status in the last (or current) in-lock period. When lock is first acquired, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc2 M-1971 Name of the format table used String N/A Any ASCII string, up to 242 characters long (Telemetry) by the default telemetry stream. ------------------------------------------------------------------------------------------------------------ dcc2 M-1974 Out-of-lock threshold for Integer bits 1 to 65535 (Telemetry) Viterbi decoder (7, _). ------------------------------------------------------------------------------------------------------------ dcc2 M-1975 Out-of-lock threshold for the Integer bits 1 to 255 (Telemetry) MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc2 M-1976 Configuration of the String N/A "D", "NM", "NS" (Telemetry) differential decoder (disabled, mark, or space). ------------------------------------------------------------------------------------------------------------ dcc2 M-1977 State of the Viterbi decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc2 M-1978 State of the MCD3 decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc2 M-1979 The number of times the Integer N/A 0 to (2^31 - 1) (Telemetry) metric normalization count exceeded the threshold since the TLP was put in the active state. ------------------------------------------------------------------------------------------------------------ dcc2 M-1980 Percentage of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected over the last accumulation period. ------------------------------------------------------------------------------------------------------------ dcc2 M-1981 Viterbi decoder node sync String N/A "D", "SER", "MNR" (Telemetry) change algorithm. ------------------------------------------------------------------------------------------------------------ dcc2 M-1982 Number of node sync changes Integer N/A 0 to (2^31 - 1) (Telemetry) since the TLP was put into the active state. ------------------------------------------------------------------------------------------------------------ dcc2 M-1983 Position that the MCD3 Integer N/A 0 to 5 (Telemetry) decoder has locked onto. ------------------------------------------------------------------------------------------------------------ dcc2 M-1984 Frame sync secondary frame Integer bits 0 to 65528 (Telemetry) length (alternate frame length). ------------------------------------------------------------------------------------------------------------ dcc2 M-1985 Detected frame size. Integer bits 8 to 65536 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc2 M-1986 Status of the frame String N/A "GO", "NOGO" (Telemetry) synchronizer hardware. ------------------------------------------------------------------------------------------------------------ dcc2 M-1987 The order of the sequence for String N/A "M", "L", "B" (Telemetry) searching for frame synchronization (e.g. left-to- right (MSB) or right-to-left (LSB)). Allows handling of spacecraft that transmit recorded data backwards. M => MSB, L => LSB, and B => Both. ------------------------------------------------------------------------------------------------------------ dcc2 M-1988 Number of bits over or under Integer bits 0 to 3 (Telemetry) the frame length the synchronizer will accept as a correct length frame. ------------------------------------------------------------------------------------------------------------ dcc2 M-1989 The bit error rate (BER) of Double Percentage 0.0 to 100.0 (Telemetry) the frame sync words for the in-lock frames. ------------------------------------------------------------------------------------------------------------ dcc2 M-1990 The detected bit sequence. String N/A "MSB", "LSB" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc2 M-1991 The polarity of the input String N/A "NORMAL", "INVERTED" (Telemetry) data to the frame synchronizer. ------------------------------------------------------------------------------------------------------------ dcc2 M-1992 The number of bit slips Integer bits 0 to (2^31 - 1) (Telemetry) detected since the start of processing. This count is the number of bits slipped, not the number of bit slip occurrences. ------------------------------------------------------------------------------------------------------------ dcc2 M-1993 The number of polarity Integer N/A 0 to 65535 (Telemetry) changes detected since the start of processing. ------------------------------------------------------------------------------------------------------------ dcc2 M-1994 The number of times since the Integer N/A 0 to 65535 (Telemetry) start of the processing that the frame synchronizer has transitioned to the LOCK state. ------------------------------------------------------------------------------------------------------------ dcc2 M-1995 Number of Reed-Solomon Integer Codewords 0 to 5 (Telemetry) codewords interleaved into a transfer frame. ------------------------------------------------------------------------------------------------------------ dcc2 M-1996 Reed-Solomon decoding String N/A "B", "C" (Telemetry) algorithm used (Berlekamp versus Conventional). ------------------------------------------------------------------------------------------------------------ dcc2 M-1997 Number of zero pad symbols Integer Reed- 0 to 223 (Telemetry) (bytes) used in the Reed- Solomon Solomon encoding. This is symbols also known as the virtual fill. ------------------------------------------------------------------------------------------------------------ dcc2 M-1998 The number of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected divided by the number of symbols received. Codewords that cannot be corrected are not counted. ------------------------------------------------------------------------------------------------------------ dcc2 M-1999 Reed-Solomon decoder hardware String N/A "GO", "NOGO" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2290 Time tag of carrier Integer number of >=0 Loop) performance data. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-2290, M-2291, and 1970 UTC, M-2292 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2291 Time tag of carrier Integer number of >=0 Loop) performance data. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-2290, value in M- M-2291, and M-2292 together 2290 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2292 Time tag of carrier Integer number of >=0 Loop) performance data. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-2290, M- 2291, and M-2292 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2293 Time that the last carrier Integer number of >=0 Loop) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2293, M-2294, and M-2295 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2294 Time that the last carrier Integer number of >=0 Loop) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2293, M-2294, and 2293 M-2295 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2295 Time that the last carrier Integer number of >=0 Loop) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2293, M-2294, and M-2295 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2296 Time that the carrier lock Integer number of >=0 Loop) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-2296, M- 1970 UTC, 2297, and M-2298 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2297 Time that the carrier lock Integer number of >=0 Loop) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-2296, value in M- M-2297, and M-2298 together 2296 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2298 Time that the carrier lock Integer number of >=0 Loop) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-2296, M-2297, and M-2298 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2299 Carrier loop tracking Float Hz 0.100 to 1000.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2300 The carrier loop filter Integer N/A 1 to 3 Loop) order. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2301 Carrier tracking loop lock Integer N/A 0 = Out of lock, 1 = In lock. Loop) status. Status is out-of- lock unless the loop status (M-2302) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2302 Carrier tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) This is the result of the "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" acquisition command or enabling the loop. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2303 Data tracking loop status Integer N/A 0 = Out of lock, 1= In lock, 2 = Off (Idle), Loop) (combined status of 3 = Acquiring, 4 = Open subcarrier and symbol loops). ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2304 The measured carrier Double Hz 2200000000.000 to 32,300,000,000.000 Loop) frequency. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2305 Carrier frequency residual. Float Hz -1000000.000 to 1000000.000 Loop) The measured carrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2306 The predicted carrier Float Hz -1000000.000 to 1000000.000 Loop) frequency minus the measured value. This is commonly called the doppler residual. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2307 The measured carrier Float Hz/sec -108000.0 to 108000.0 Loop) frequency rate (first derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2308 The measured carrier Float Hz/sec^2 -2600.0 to 2600.0 Loop) frequency acceleration (second derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2309 The standard deviation of the Float Hz 0.000 to 1000.000 Loop) detrended frequency residuals. This is commonly called the doppler noise. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2310 Carrier power at performance Float dBm -300.0, -190.0 to 85.0 Loop) time tag (channels M-2290, M- 2291, and M-2292). If value not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2311 Carrier power residual. The Float dB -190.0 to 190.0 Loop) estimated carrier power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2312 The measured data power. If Float dBm -300.0, -190.0 to 85.0 Loop) value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2313 Data power residual. The Float dBm -190.0 to 190.0 Loop) measured data power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2314 The carrier tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2315 The carrier power to noise Float dB-Hz -300.0, 0.0 to 90.0 Loop) spectral density ratio (Pc/NO). If the value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2316 Pc/NO residual. The measured Float dB -90.0 to 90.0 Loop) Pc/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2317 Carrier tracking mode (source String N/A "RESIDUAL", "SUPPRESSED", "SIDEBAND", Loop) of carrier error signal). "QPSK", "OQPSK", "OPEN" ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2318 The system noise temperature Float kelvin 10.0 to 2000.0 Loop) (SNT). ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2319 SNT residual. The measured Float kelvin 10.0 to 2000.0 Loop) system noise temperature minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2320 The predicted carrier Double Hz 2200000000.000 to 32300000000.000 Loop) frequency. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2321 Count of the number of cycle Float number of 0.0 to 10000.0 Loop) slips detected during this slips pass. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2322 Carrier acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the carrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc3 (Carrier M-2323 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) carrier FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc3 M-2240 Downlink channel providing Integer N/A 1 to 24 (Configuration) the data. ------------------------------------------------------------------------------------------------------------ dcc3 M-2241 Antenna being used from the Integer N/A 0 to 99 (Configuration) perspective of the DTT (Downlink Tracking and Telemetry) subsystem. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc3 M-2242 Configured spacecraft ID from Integer N/A 1 to 255 (Configuration) the perspective of the DTT. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc3 M-2243 Pass number. Integer N/A 0 to 9999 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc3 M-2244 Mission ID for spacecraft. Integer N/A 0 to 255 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc3 M-2245 Downlink carrier band. String N/A "NONE", "L", "S", "X", "KA", "S26" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc3 M-2246 Uplink carrier band used for String N/A "NONE", "L", "S", "X", "KA" (Configuration) the downlink processing. It is possible that this is not the actual uplink band. ------------------------------------------------------------------------------------------------------------ dcc3 M-2247 Receiver-Telemetry String N/A Any ASCII string, up to 242 characters long (Configuration) configuration table name. ------------------------------------------------------------------------------------------------------------ dcc3 M-2248 Receiver radiometrics String N/A "NPX", "1W", "2W", "3W" (Configuration) (frequency) predicts mode. NPX => no predicts used, 1W => one-way, 2W => two-way, 3W => three-way. ------------------------------------------------------------------------------------------------------------ dcc3 M-2250 Uplink antenna for three-way Integer N/A 0 to 99 (Configuration) predicts. ------------------------------------------------------------------------------------------------------------ dcc3 M-2251 Predicted carrier frequency Double Hz 2200000000.000 to 32300000000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc3 M-2252 Predicted subcarrier Double Hz 0.000 to 2000000.000 (Configuration) frequency ------------------------------------------------------------------------------------------------------------ dcc3 M-2253 Predicted symbol rate Double Hz 4.000 to 26400000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc3 M-2254 SNT measurement switch. If String N/A "ENABLED", "DISABLED" (Configuration) the measurement is disabled, the value in M-2318 is the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 M-2255 Monopulse tracking processing String N/A "ENABLED", "DISABLED" (Configuration) switch. Used only when there is a Ka-band downlink (M-2245 is equal to "KA"). ------------------------------------------------------------------------------------------------------------ dcc3 M-2256 Name of the radiometric String N/A Any ASCII string, up to 242 characters long (Configuration) predict set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc3 M-2257 Time that the last Integer number of >=0 (Configuration) radiometric predict mode seconds change was done. This since channel contains the seconds January 1, portion of the total time. 1970 UTC, Channels M-2257, M-2258, and excluding M-2259 together contain the leap total time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2258 Time that the last Integer number of >=0 (Configuration) radiometric predict mode nanoseconds change was done. This since the channel contains the seconds nanoseconds portion of the value in M- total time. Channels M-2257, 2257 M-2258, and M-2259 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2259 Time that the last Integer number of >=0 (Configuration) radiometric predict mode leap change was done. This seconds in channel contains the leap the time seconds portion of the total time. Channels M-2257, M- 2258, and M-2259 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2260 Telemetry predicts usage String N/A "DISABLED", "ENABLED" (Configuration) mode. If enabled, telemetry predicts are used if the radiometric predict mode (M- 2248) is not NPX. ------------------------------------------------------------------------------------------------------------ dcc3 M-2261 Name of the telemetry predict String N/A Any ASCII string, up to 242 characters long (Configuration) set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc3 M-2262 Range state String N/A "Enable", "Disable" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc3 M-2263 Carrier phase (tracking) data String N/A "ENABLED", "DISABLED" (Configuration) output switch. If enabled, carrier phase data is being sent (count of blocks given in M-2508). ------------------------------------------------------------------------------------------------------------ dcc3 M-2264 Range data output switch. If String N/A "ENABLED", "DISABLED" (Configuration) enabled, range data is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc3 M-2265 Telemetry data output switch. String N/A "ENABLED", "DISABLED" (Configuration) If enabled, telemetry is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc3 M-2266 The LNA (Low Noise Amplifier) String N/A "A1", "A2", "A3", "A4", "N/A" (Configuration) number from which the channel is receiving the signal. ------------------------------------------------------------------------------------------------------------ dcc3 M-2267 The polarization of the String N/A "LCP", "RCP", "UNKN", "N/A" (Configuration) signal that the downlink channel is tracking. ------------------------------------------------------------------------------------------------------------ dcc3 M-2268 The configuration of the String N/A "LONO", "RADR", "DPLX", "NPDX", "UNKN", (Configuration) microwave for uplink. "N/A" Possible configurations are low noise (LONO), diplexed (DPLX), radar configuration (RADR), and non-diplexed (NDPX, another name for low noise). ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2500 Time that the ranging Integer The time is >=0 acquisition started. Also expressed referred to as the T0 time. in the following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2503* Time that the correlation Integer number of >=0 validity last changed. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-2503, M-2504, and 1970 UTC, M-2505 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2504* Time that the correlation Integer number of >=0 validity last changed. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-2503, value in M- M-2504, and M-2505 together 2503 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2505* Time that the correlation Integer number of >=0 validity last changed. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-2503, M- 2504, and M-2505 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2506 Indicates whether or not the String N/A "OFF", "OUT OF LOCK", "IN LOCK" last ranging correlation was valid. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2507 The number of range data Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2508 The number of carrier phase Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2509 Number of ranging points that Integer N/A 0 to (2^31 - 1) have been measured. Value is reset to zero every time ranging acquisition is initiated. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2510 The Figure of Merit, Float percent 0.0 to 100.0 expressed as a percentage, of the range measurement. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2511 Range residual. The measured Double range units -2^30 to 2^30 range value minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2512 Ranging power to noise Float dB-Hz -10.0 to 90.0 spectral density ratio (Pr/NO). ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2513 Pr/NO residual. The measured Float dB-Hz -100.0 to 100.0 Pr/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2514 Type of ranging being String N/A "SSIN", "SSQ", "PSIN", "PSQ", "PCON" performed. SSIN => Sequential with sinewave clock, SSQ => Sequential with squarewave clock, PSIN => PN with sinewave clock, PSQ => PN with squarewave clock, PCON => PN, no clock. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2515 Round trip light time used. Integer The time is >=0 Valid only if ranging type expressed (channel M-2514) is in the Sequential. following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2516 Highest component of Integer N/A 1 to 24 sequential ranging code (also called the clock component). Frequency is approximately 66*2^-n MHz, where n is the first component value. Valid only if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2517 Lowest component of Integer N/A 1 to 24 sequential ranging code. Frequency is approximately 66*2^-n MHz, where n is the last component value. Valid only if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2518 Component value that is used Integer N/A 1 to 24 for chopping the lower components at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2519 Component value that the Integer N/A 1 to 24 chopping starts at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2520 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted. Only valid if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2521 Length of time that the all Float seconds 1.0 to 1.0e6 components except the first are transmitted. Only valid if ranging type (channel M- 2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2522 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted for each DRVID measurement. Only valid if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2523 Number of DRVID measurements Integer N/A 0 to 255 per ranging cycle. Only valid if ranging type (channel M-2514) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2524 The integration time, in PN Integer seconds 1 to (2^31 - 1) cycle periods, that the measurement was made. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2525 The reference signal is Integer N/A 1 to 64 (normally 64) divided by this value to get the modulation clock. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2526 Length of the 1st PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2527 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 1st PN sequence. Valid 32-bit only if ranging type (channel binary M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2528 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 1st PN sequence. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2529 Length of the 2nd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2530 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 2nd PN sequence. Valid 32-bit only if ranging type (channel binary M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2531 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 2nd PN sequence. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2532 Length of the 3rd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2533 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 3rd PN sequence. Valid 32-bit only if ranging type (channel binary M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2534 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 3rd PN sequence. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2535 Length of the 4th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2536 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 4th PN sequence. Valid 32-bit only if ranging type (channel binary M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2537 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 4th PN sequence. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2538 Length of the 5th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2539 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 5th PN sequence. Valid 32-bit only if ranging type (channel binary M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2540 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 5th PN sequence. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2541 Length of the 6th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2542 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 6th PN sequence. Valid 32-bit only if ranging type (channel binary M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2543 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 6th PN sequence. Valid only if ranging type (channel M-2514) is PN. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2544 Differenced Range versus Double range units -2^30 to 2^30 Integrated Doppler (DRVID) measurement in Range Units. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2545 Current operational mode of String N/A "IDLE", "TRK", "CAL", "DIAG" the ranging process. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2546 Time of the range and DRVID String N/A "hh:mm:ss" measurements. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2547 Range measurement in Range Double range units 0.00 to 2^30 Units. ------------------------------------------------------------------------------------------------------------ dcc3 (Ranging) M-2548 The desired ranging Figure of Float Percentage 0.0 to 100.0 Merit. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2200 Status code for the overall Integer N/A 1 = Operational, 3 = Deviation, 4 = downlink channel status. Marginal, 5 = Critical ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2201 Status qualifier for the Integer N/A 0 = None overall downlink channel status. This qualifies the status code (M-2200). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2202 Status code for the overall Integer N/A 0 = Out of Service, 1 = Operational, 2 = receiver equipment controller Busy, 3 = Deviation, 4 = Marginal, 5 = status. Critical ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2203 Status qualifier for the Integer N/A 0 = None overall receiver equipment controller status. This qualifies the status code (M- 2202). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2204 Status of the receiving Integer N/A 0 = Out Of Service, 1 = Operational, 3 = function of the downlink Deviation, 4 = Marginal, 5 = Critical channel. "Out of Service" indicates the receiving function is not installed. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2205 Status qualifier for the Integer N/A 0 = None receiving function of the downlink channel. No qualifiers are used to qualify the status code (M- 2204). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2206 Status code for the status of Integer N/A 1 = Operational, 3 = Deviation, 4 = the downlink channel Marginal, 5 = Critical controller of the downlink channel. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2207 Status qualifier for the Integer N/A 0 = None status of the downlink channel controller of the downlink channel. No qualifiers are used to qualify the status code (M- 2206). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2208* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the monopulse function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the monopulse function is not installed. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2209* Status qualifier for the Integer N/A 0 = None status of the monopulse function of the downlink channel. No qualifiers are used to qualify the status code (M-2208). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2210 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the ranging function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the ranging function is not installed. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2211 Status qualifier for the Integer N/A 0 = None status of the ranging function of the downlink channel. No qualifiers are used to qualify the status code (M-2210). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2212 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the standard telemetry Deviation, 4 = Marginal, 5 = Critical function of the downlink channel. "Out of Service" indicates the telemetry function is not installed. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2213 Status qualifier for the Integer N/A 0 = None status of the standard telemetry function of the downlink channel. No qualifiers are used to qualify the status code (M- 2212). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2214* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the MCD3 decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the MCD3 function is not installed. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2215* Status qualifier for the Integer N/A 0 = None status of the MCD3 decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-2214). ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2216* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the turbo decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the turbo decoder function is not installed. ------------------------------------------------------------------------------------------------------------ dcc3 (Status) M-2217* Status qualifier for the Integer N/A 0 = None status of the turbo decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-2216). ------------------------------------------------------------------------------------------------------------ dcc3 M-2340 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier seconds Loop) frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2340, M-2341, and M-2342 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2341 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier nanoseconds Loop) frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2340, M-2341, and 2340 M-2342 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2342 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier leap Loop) frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2340, M-2341, and M-2342 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2343 The measured subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency Loop) ------------------------------------------------------------------------------------------------------------ dcc3 M-2344 Subcarrier frequency Float Hz -1.000e6 to 1.000e6 (Subcarrier residual. The measured Loop) subcarrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 M-2345 Subcarrier loop tracking Float Hz 0.001 to 25.000 (Subcarrier bandwidth. Loop) ------------------------------------------------------------------------------------------------------------ dcc3 M-2346 The subcarrier loop filter Integer N/A 1 to 3 (Subcarrier order. Loop) ------------------------------------------------------------------------------------------------------------ dcc3 M-2347 The windowing on the Integer N/A 0 to 15 (Subcarrier subcarrier phase data. The Loop) windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc3 M-2348 Subcarrier tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock (Subcarrier status. Status is out-of- Loop) lock unless the loop status (M-2352) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc3 M-2349* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was seconds Loop) last changed. This channel since contains the seconds portion January 1, of the total time tag. 1970 UTC, Channels M-2349, M-2350, and excluding M-2351 together contain the leap total time tag. seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2350* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was nanoseconds Loop) last changed. This channel since the contains the nanoseconds seconds portion of the total time value in M- tag. Channels M-2349, M- 2349 2350, and M-2351 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc3 M-2351* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was leap Loop) last changed. This channel seconds in contains the leap seconds the time portion of the total time tag. Channels M-2349, M- 2350, and M-2351 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc3 M-2352 Subcarrier tracking loop String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", (Subcarrier status. "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" Loop) ------------------------------------------------------------------------------------------------------------ dcc3 M-2353 The subcarrier data power to Float dB-Hz -300.0, 0.0 to 90.0 (Subcarrier noise spectral density ratio Loop) (Pd/NO). If value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc3 M-2354 Pd/NO residual. The measured Float dB -90.0 to 90.0 (Subcarrier subcarrier Pd/N0 minus the Loop) predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 M-2355 The subcarrier tracking loop Float degrees -90.0 to 90.0 (Subcarrier static phase error. Loop) ------------------------------------------------------------------------------------------------------------ dcc3 M-2356 Subcarrier waveform. String N/A "SIN", "SQ", "D" (Subcarrier Loop) ------------------------------------------------------------------------------------------------------------ dcc3 M-2357 Predicted subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency (including Loop) predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc3 M-2358 Subcarrier acquisition FFT String N/A "ENABLED", "DISABLED" (Subcarrier usage switch. If enabled, Loop) the subcarrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc3 M-2359 Indicates whether or not the String N/A "ENABLED", "DISABLED" (Subcarrier subcarrier FFT is currently Loop) running. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2380 The time of the last change Integer number of >=0 Loop) in the predicted symbol seconds frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2380, M-2381, and M-2382 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2381 The time of the last change Integer number of >=0 Loop) in the predicted symbol nanoseconds frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2380, M-2381, and 2380 M-2382 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2382 The time of the last change Integer number of >=0 Loop) in the predicted symbol leap frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2380, M-2381, and M-2382 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2383 The measured symbol rate Double sps 4.000 to 26400000.000 Loop) ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2384 Symbol rate residual. The Float sps -26400000.000 to 26400000.000 Loop) measured symbol rate minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2385 Symbol loop tracking Float Hz 0.001 to 25.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2386 The symbol loop filter order. Integer N/A 1 to 3 Loop) ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2387 The windowing on the symbol Integer N/A 0 to 15 Loop) phase data. The windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2388 Symbol tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock Loop) status. Status is out-of- lock unless the loop status (M-2392) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2389* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last seconds changed. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2389, M-2390, and M-2391 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2390* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last nanoseconds changed. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2389, M-2390, and 2389 M-2391 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2391* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last leap changed. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2389, M-2390, and M-2391 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2392 Symbol tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2393 The measured symbol signal to Float dB -10.0 to 50.0 Loop) noise ratio (SSNR). ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2394 SSNR residual. The measured Float dB -50.0 to 50.0 Loop) SSNR minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2395 The symbol tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2396 Modulation format of the String N/A "NRZL", "NRZM", "NRZS", "BIPS", "BIPL", Loop) symbols. "BIPM" ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2397 Configuration of the symbol String N/A "ENABLED", "DISABLED" Loop) smoothing algorithm (low threshold telemetry mode). ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2398 Predicted symbol frequency Double sps 4.000 to 26400000.000 Loop) (including predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2399 Symbol acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the symbol acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc3 (Symbol M-2400 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) symbol FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc3 M-2407 Number of Virtual Channel 0 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2408 Number of Virtual Channel 1 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2409 Number of Virtual Channel 2 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2410 Number of Virtual Channel 3 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2411 Number of Virtual Channel 4 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2412 Number of Virtual Channel 5 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2413 Number of Virtual Channel 6 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2414 Number of Virtual Channel 7 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2415 Operational state of the Reed- String N/A "D", "P", "S" (Telemetry) Solomon decoder. In Primary (P) mode, the corrected bits are output to the end user. In Secondary (S) mode, the decoding statistics are provided for the operator, but the bit corrections are not output. ------------------------------------------------------------------------------------------------------------ dcc3 M-2416 Indicator of whether the Integer N/A 0 = Unarrayed, 1 = Arrayed with FSPA1 as the (Telemetry) input signal is an arrayed source, 2 = Arrayed with FSPA2 as the source signal or not. A value of 0 indicates not arrayed; values of 1 and 2 correspond to the arraying equipment physical number. ------------------------------------------------------------------------------------------------------------ dcc3 M-2417 Frame sync operational mode. String N/A "D", "P" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc3 M-2418 The pattern of bits of the String N/A Any pattern expressed in hexadecimal (Telemetry) frame sync word. ------------------------------------------------------------------------------------------------------------ dcc3 M-2419 Length of the frame sync Integer bits 8 to 64 (Telemetry) word. ------------------------------------------------------------------------------------------------------------ dcc3 M-2420 Predicted telemetry bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc3 M-2421 Measured bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc3 M-2422 Overall telemetry lock status String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) (includes decoders and frame synchronizer). ------------------------------------------------------------------------------------------------------------ dcc3 M-2424 Telemetry processing String N/A "GO", "NOGO" (Telemetry) operational status ------------------------------------------------------------------------------------------------------------ dcc3 M-2425* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2425, M-2426, and M-2427 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2426* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2425, M-2426, and 2425 M-2427 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2427* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2425, M-2426, and M-2427 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2428* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-2428, M- 1970 UTC, 2429, and M-2430 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2429* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-2428, value in M- M-2429, and M-2430 together 2428 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2430* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-2428, M-2429, and M-2430 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2431 Telemetry decoder lock String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc3 M-2433 Type of decoder used. String N/A "MCD2", "MCD3", "TURBO", "UNC", "SYMB", (Telemetry) "GSSR" ------------------------------------------------------------------------------------------------------------ dcc3 M-2434 The output bit signal to Double dB -10.0 to 50.0 (Telemetry) noise ratio for the decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2436 In-lock threshold for the Integer N/A 1 to 255 (Telemetry) Viterbi decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2437 Vector set for the Viterbi String N/A "CCSDS", "DSN" (Telemetry) decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2438 In-lock threshold for MCD3 Integer N/A 1 to 256 (Telemetry) decoder. Only valid if decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2439 Vector set for the MCD3 String N/A "NONE", "CCSDS", "DSN", "A15R6", "CAS", (Telemetry) decoder. Only valid if "MAP" decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2440 Frame sync primary frame Integer bits 8 to 65536 (Telemetry) length ------------------------------------------------------------------------------------------------------------ dcc3 M-2441 Frame sync in lock bit error Integer bits 0 to 15 (Telemetry) tolerance. The number of bit errors allowed in the frame sync word while still being considered in lock. ------------------------------------------------------------------------------------------------------------ dcc3 M-2442 Frame sync out of lock bit Integer bits 0 to 15 (Telemetry) error tolerance (the minimum number of bit errors required to declare out of lock). ------------------------------------------------------------------------------------------------------------ dcc3 M-2443 Frame sync in lock threshold Integer frames 1 to 15 (Telemetry) (the number of consecutive in sync frames verified before lock is declared). ------------------------------------------------------------------------------------------------------------ dcc3 M-2444 Frame sync out of lock Integer frames 1 to 15 (Telemetry) threshold (number of consecutive out of sync frames before out-of-lock is declared). ------------------------------------------------------------------------------------------------------------ dcc3 M-2445* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2445, M-2446, and M-2447 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2446* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2445, M-2446, and 2445 M-2447 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2447* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2445, M-2446, and M-2447 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2448* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-2448, M- 1970 UTC, 2449, and M-2450 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc3 M-2449* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-2448, value in M- M-2449, and M-2450 together 2448 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2450* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-2448, M-2449, and M-2450 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc3 M-2451 Frame sync lock status. String N/A "IDLE", "SEARCH", "VERIFY", "LOCK", (Telemetry) "FLYWHEEL" ------------------------------------------------------------------------------------------------------------ dcc3 M-2452 The number of bits the frame Integer bits 0 to (2^31 - 1) (Telemetry) synchronizer processed in its last (if in-lock) or current (if out-of-lock) acquisition. When the frame sync goes to out-of-lock, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc3 M-2453 Number of telemetry blocks Integer blocks 0 to (2^31 - 1) (Telemetry) output since the start of the connection. ------------------------------------------------------------------------------------------------------------ dcc3 M-2455 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2456 Count of the number of good Integer frames 0 to (2^31 - 1) (Telemetry) frames (verify, flywheel, and lock) since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2457 Count of the number of bad Integer frames 0 to (2^31 - 1) (Telemetry) (search) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2458 Lock status of the Cyclic String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Redundancy Code (CRC) check. ------------------------------------------------------------------------------------------------------------ dcc3 M-2459 Configuration of the pseudo String N/A "ENABLED", "DISABLED" (Telemetry) derandomizer. ------------------------------------------------------------------------------------------------------------ dcc3 M-2460 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames that have had the CRC checked since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2461 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have passed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2462 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have failed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2463 Lock status of the Reed- String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Solomon decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2464 Count of total number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been checked since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2465 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been decoded since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2466 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have failed to decode since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2467 Ratio of bad frames to total Double Percentage 0.00 to 100.00 (Telemetry) frames for Reed-Solomon decoder. Only valid if Reed- Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2468 Ratio of bad code words to Double Percentage 0.00 to 100.00 (Telemetry) total code words for Reed- Solomon decoder. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc3 M-2469 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) locked (flywheel and lock) frames since start of connection. Count rolls over to zero. ------------------------------------------------------------------------------------------------------------ dcc3 M-2470 The number of frames with Integer frames 0 to (2^31 - 1) (Telemetry) flywheel status in the last (or current) in-lock period. When lock is first acquired, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc3 M-2471 Name of the format table used String N/A Any ASCII string, up to 242 characters long (Telemetry) by the default telemetry stream. ------------------------------------------------------------------------------------------------------------ dcc3 M-2474 Out-of-lock threshold for Integer bits 1 to 65535 (Telemetry) Viterbi decoder (7, _). ------------------------------------------------------------------------------------------------------------ dcc3 M-2475 Out-of-lock threshold for the Integer bits 1 to 255 (Telemetry) MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc3 M-2476 Configuration of the String N/A "D", "NM", "NS" (Telemetry) differential decoder (disabled, mark, or space). ------------------------------------------------------------------------------------------------------------ dcc3 M-2477 State of the Viterbi decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc3 M-2478 State of the MCD3 decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc3 M-2479 The number of times the Integer N/A 0 to (2^31 - 1) (Telemetry) metric normalization count exceeded the threshold since the TLP was put in the active state. ------------------------------------------------------------------------------------------------------------ dcc3 M-2480 Percentage of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected over the last accumulation period. ------------------------------------------------------------------------------------------------------------ dcc3 M-2481 Viterbi decoder node sync String N/A "D", "SER", "MNR" (Telemetry) change algorithm. ------------------------------------------------------------------------------------------------------------ dcc3 M-2482 Number of node sync changes Integer N/A 0 to (2^31 - 1) (Telemetry) since the TLP was put into the active state. ------------------------------------------------------------------------------------------------------------ dcc3 M-2483 Position that the MCD3 Integer N/A 0 to 5 (Telemetry) decoder has locked onto. ------------------------------------------------------------------------------------------------------------ dcc3 M-2484 Frame sync secondary frame Integer bits 0 to 65528 (Telemetry) length (alternate frame length). ------------------------------------------------------------------------------------------------------------ dcc3 M-2485 Detected frame size. Integer bits 8 to 65536 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc3 M-2486 Status of the frame String N/A "GO", "NOGO" (Telemetry) synchronizer hardware. ------------------------------------------------------------------------------------------------------------ dcc3 M-2487 The order of the sequence for String N/A "M", "L", "B" (Telemetry) searching for frame synchronization (e.g. left-to- right (MSB) or right-to-left (LSB)). Allows handling of spacecraft that transmit recorded data backwards. M => MSB, L => LSB, and B => Both. ------------------------------------------------------------------------------------------------------------ dcc3 M-2488 Number of bits over or under Integer bits 0 to 3 (Telemetry) the frame length the synchronizer will accept as a correct length frame. ------------------------------------------------------------------------------------------------------------ dcc3 M-2489 The bit error rate (BER) of Double Percentage 0.0 to 100.0 (Telemetry) the frame sync words for the in-lock frames. ------------------------------------------------------------------------------------------------------------ dcc3 M-2490 The detected bit sequence. String N/A "MSB", "LSB" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc3 M-2491 The polarity of the input String N/A "NORMAL", "INVERTED" (Telemetry) data to the frame synchronizer. ------------------------------------------------------------------------------------------------------------ dcc3 M-2492 The number of bit slips Integer bits 0 to (2^31 - 1) (Telemetry) detected since the start of processing. This count is the number of bits slipped, not the number of bit slip occurrences. ------------------------------------------------------------------------------------------------------------ dcc3 M-2493 The number of polarity Integer N/A 0 to 65535 (Telemetry) changes detected since the start of processing. ------------------------------------------------------------------------------------------------------------ dcc3 M-2494 The number of times since the Integer N/A 0 to 65535 (Telemetry) start of the processing that the frame synchronizer has transitioned to the LOCK state. ------------------------------------------------------------------------------------------------------------ dcc3 M-2495 Number of Reed-Solomon Integer Codewords 0 to 5 (Telemetry) codewords interleaved into a transfer frame. ------------------------------------------------------------------------------------------------------------ dcc3 M-2496 Reed-Solomon decoding String N/A "B", "C" (Telemetry) algorithm used (Berlekamp versus Conventional). ------------------------------------------------------------------------------------------------------------ dcc3 M-2497 Number of zero pad symbols Integer Reed- 0 to 223 (Telemetry) (bytes) used in the Reed- Solomon Solomon encoding. This is symbols also known as the virtual fill. ------------------------------------------------------------------------------------------------------------ dcc3 M-2498 The number of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected divided by the number of symbols received. Codewords that cannot be corrected are not counted. ------------------------------------------------------------------------------------------------------------ dcc3 M-2499 Reed-Solomon decoder hardware String N/A "GO", "NOGO" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2790 Time tag of carrier Integer number of >=0 Loop) performance data. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-2790, M-2791, and 1970 UTC, M-2792 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2791 Time tag of carrier Integer number of >=0 Loop) performance data. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-2790, value in M- M-2791, and M-2792 together 2790 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2792 Time tag of carrier Integer number of >=0 Loop) performance data. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-2790, M- 2791, and M-2792 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2793 Time that the last carrier Integer number of >=0 Loop) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2793, M-2794, and M-2795 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2794 Time that the last carrier Integer number of >=0 Loop) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2793, M-2794, and 2793 M-2795 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2795 Time that the last carrier Integer number of >=0 Loop) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2793, M-2794, and M-2795 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2796 Time that the carrier lock Integer number of >=0 Loop) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-2796, M- 1970 UTC, 2797, and M-2798 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2797 Time that the carrier lock Integer number of >=0 Loop) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-2796, value in M- M-2797, and M-2798 together 2796 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2798 Time that the carrier lock Integer number of >=0 Loop) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-2796, M-2797, and M-2798 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2799 Carrier loop tracking Float Hz 0.100 to 1000.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2800 The carrier loop filter Integer N/A 1 to 3 Loop) order. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2801 Carrier tracking loop lock Integer N/A 0 = Out of lock, 1 = In lock. Loop) status. Status is out-of- lock unless the loop status (M-2802) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2802 Carrier tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) This is the result of the "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" acquisition command or enabling the loop. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2803 Data tracking loop status Integer N/A 0 = Out of lock, 1= In lock, 2 = Off (Idle), Loop) (combined status of 3 = Acquiring, 4 = Open subcarrier and symbol loops). ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2804 The measured carrier Double Hz 2200000000.000 to 32,300,000,000.000 Loop) frequency. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2805 Carrier frequency residual. Float Hz -1000000.000 to 1000000.000 Loop) The measured carrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2806 The predicted carrier Float Hz -1000000.000 to 1000000.000 Loop) frequency minus the measured value. This is commonly called the doppler residual. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2807 The measured carrier Float Hz/sec -108000.0 to 108000.0 Loop) frequency rate (first derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2808 The measured carrier Float Hz/sec^2 -2600.0 to 2600.0 Loop) frequency acceleration (second derivative of the frequency). ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2809 The standard deviation of the Float Hz 0.000 to 1000.000 Loop) detrended frequency residuals. This is commonly called the doppler noise. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2810 Carrier power at performance Float dBm -300.0, -190.0 to 85.0 Loop) time tag (channels M-2790, M- 2791, and M-2792). If value not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2811 Carrier power residual. The Float dB -190.0 to 190.0 Loop) estimated carrier power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2812 The measured data power. If Float dBm -300.0, -190.0 to 85.0 Loop) value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2813 Data power residual. The Float dBm -190.0 to 190.0 Loop) measured data power minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2814 The carrier tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2815 The carrier power to noise Float dB-Hz -300.0, 0.0 to 90.0 Loop) spectral density ratio (Pc/NO). If the value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2816 Pc/NO residual. The measured Float dB -90.0 to 90.0 Loop) Pc/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2817 Carrier tracking mode (source String N/A "RESIDUAL", "SUPPRESSED", "SIDEBAND", Loop) of carrier error signal). "QPSK", "OQPSK", "OPEN" ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2818 The system noise temperature Float kelvin 10.0 to 2000.0 Loop) (SNT). ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2819 SNT residual. The measured Float kelvin 10.0 to 2000.0 Loop) system noise temperature minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2820 The predicted carrier Double Hz 2200000000.000 to 32300000000.000 Loop) frequency. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2821 Count of the number of cycle Float number of 0.0 to 10000.0 Loop) slips detected during this slips pass. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2822 Carrier acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the carrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc4 (Carrier M-2823 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) carrier FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc4 M-2740 Downlink channel providing Integer N/A 1 to 24 (Configuration) the data. ------------------------------------------------------------------------------------------------------------ dcc4 M-2741 Antenna being used from the Integer N/A 0 to 99 (Configuration) perspective of the DTT (Downlink Tracking and Telemetry) subsystem. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc4 M-2742 Configured spacecraft ID from Integer N/A 1 to 255 (Configuration) the perspective of the DTT. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ dcc4 M-2743 Pass number. Integer N/A 0 to 9999 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc4 M-2744 Mission ID for spacecraft. Integer N/A 0 to 255 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc4 M-2745 Downlink carrier band. String N/A "NONE", "L", "S", "X", "KA", "S26" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc4 M-2746 Uplink carrier band used for String N/A "NONE", "L", "S", "X", "KA" (Configuration) the downlink processing. It is possible that this is not the actual uplink band. ------------------------------------------------------------------------------------------------------------ dcc4 M-2747 Receiver-Telemetry String N/A Any ASCII string, up to 242 characters long (Configuration) configuration table name. ------------------------------------------------------------------------------------------------------------ dcc4 M-2748 Receiver radiometrics String N/A "NPX", "1W", "2W", "3W" (Configuration) (frequency) predicts mode. NPX => no predicts used, 1W => one-way, 2W => two-way, 3W => three-way. ------------------------------------------------------------------------------------------------------------ dcc4 M-2750 Uplink antenna for three-way Integer N/A 0 to 99 (Configuration) predicts. ------------------------------------------------------------------------------------------------------------ dcc4 M-2751 Predicted carrier frequency Double Hz 2200000000.000 to 32300000000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc4 M-2752 Predicted subcarrier Double Hz 0.000 to 2000000.000 (Configuration) frequency ------------------------------------------------------------------------------------------------------------ dcc4 M-2753 Predicted symbol rate Double Hz 4.000 to 26400000.000 (Configuration) ------------------------------------------------------------------------------------------------------------ dcc4 M-2754 SNT measurement switch. If String N/A "ENABLED", "DISABLED" (Configuration) the measurement is disabled, the value in M-2818 is the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 M-2755 Monopulse tracking processing String N/A "ENABLED", "DISABLED" (Configuration) switch. Used only when there is a Ka-band downlink (M-2745 is equal to "KA"). ------------------------------------------------------------------------------------------------------------ dcc4 M-2756 Name of the radiometric String N/A Any ASCII string, up to 242 characters long (Configuration) predict set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc4 M-2757 Time that the last Integer number of >=0 (Configuration) radiometric predict mode seconds change was done. This since channel contains the seconds January 1, portion of the total time. 1970 UTC, Channels M-2757, M-2758, and excluding M-2759 together contain the leap total time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2758 Time that the last Integer number of >=0 (Configuration) radiometric predict mode nanoseconds change was done. This since the channel contains the seconds nanoseconds portion of the value in M- total time. Channels M-2757, 2757 M-2758, and M-2759 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2759 Time that the last Integer number of >=0 (Configuration) radiometric predict mode leap change was done. This seconds in channel contains the leap the time seconds portion of the total time. Channels M-2757, M- 2758, and M-2759 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2760 Telemetry predicts usage String N/A "DISABLED", "ENABLED" (Configuration) mode. If enabled, telemetry predicts are used if the radiometric predict mode (M- 2748) is not NPX. ------------------------------------------------------------------------------------------------------------ dcc4 M-2761 Name of the telemetry predict String N/A Any ASCII string, up to 242 characters long (Configuration) set being used. The name is composed of the Franz code plus the revision level. ------------------------------------------------------------------------------------------------------------ dcc4 M-2762 Range state String N/A "Enable", "Disable" (Configuration) ------------------------------------------------------------------------------------------------------------ dcc4 M-2763 Carrier phase (tracking) data String N/A "ENABLED", "DISABLED" (Configuration) output switch. If enabled, carrier phase data is being sent (count of blocks given in M-3008). ------------------------------------------------------------------------------------------------------------ dcc4 M-2764 Range data output switch. If String N/A "ENABLED", "DISABLED" (Configuration) enabled, range data is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc4 M-2765 Telemetry data output switch. String N/A "ENABLED", "DISABLED" (Configuration) If enabled, telemetry is being sent by the DTT. ------------------------------------------------------------------------------------------------------------ dcc4 M-2766 The LNA (Low Noise Amplifier) String N/A "A1", "A2", "A3", "A4", "N/A" (Configuration) number from which the channel is receiving the signal. ------------------------------------------------------------------------------------------------------------ dcc4 M-2767 The polarization of the String N/A "LCP", "RCP", "UNKN", "N/A" (Configuration) signal that the downlink channel is tracking. ------------------------------------------------------------------------------------------------------------ dcc4 M-2768 The configuration of the String N/A "LONO", "RADR", "DPLX", "NPDX", "UNKN", (Configuration) microwave for uplink. "N/A" Possible configurations are low noise (LONO), diplexed (DPLX), radar configuration (RADR), and non-diplexed (NDPX, another name for low noise). ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3000 Time that the ranging Integer The time is >=0 acquisition started. Also expressed referred to as the T0 time. in the following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3003* Time that the correlation Integer number of >=0 validity last changed. This seconds channel contains the seconds since portion of the total time. January 1, Channels M-3003, M-3004, and 1970 UTC, M-3005 together contain the excluding total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3004* Time that the correlation Integer number of >=0 validity last changed. This nanoseconds channel contains the since the nanoseconds portion of the seconds total time. Channels M-3003, value in M- M-3004, and M-3005 together 3003 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3005* Time that the correlation Integer number of >=0 validity last changed. This leap channel contains the leap seconds in seconds portion of the total the time time. Channels M-3003, M- 3004, and M-3005 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3006 Indicates whether or not the String N/A "OFF", "OUT OF LOCK", "IN LOCK" last ranging correlation was valid. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3007 The number of range data Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3008 The number of carrier phase Integer blocks 0 to (2^31 - 1) blocks sent out by the DTT. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3009 Number of ranging points that Integer N/A 0 to (2^31 - 1) have been measured. Value is reset to zero every time ranging acquisition is initiated. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3010 The Figure of Merit, Float percent 0.0 to 100.0 expressed as a percentage, of the range measurement. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3011 Range residual. The measured Double range units -2^30 to 2^30 range value minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3012 Ranging power to noise Float dB-Hz -10.0 to 90.0 spectral density ratio (Pr/NO). ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3013 Pr/NO residual. The measured Float dB-Hz -100.0 to 100.0 Pr/N0 minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3014 Type of ranging being String N/A "SSIN", "SSQ", "PSIN", "PSQ", "PCON" performed. SSIN => Sequential with sinewave clock, SSQ => Sequential with squarewave clock, PSIN => PN with sinewave clock, PSQ => PN with squarewave clock, PCON => PN, no clock. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3015 Round trip light time used. Integer The time is >=0 Valid only if ranging type expressed (channel M-3014) is in the Sequential. following format: HH * 10000 + MM * 100 + SS, where HH is 0 to 23, MM is 0 to 59, and SS is 0 to 60. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3016 Highest component of Integer N/A 1 to 24 sequential ranging code (also called the clock component). Frequency is approximately 66*2^-n MHz, where n is the first component value. Valid only if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3017 Lowest component of Integer N/A 1 to 24 sequential ranging code. Frequency is approximately 66*2^-n MHz, where n is the last component value. Valid only if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3018 Component value that is used Integer N/A 1 to 24 for chopping the lower components at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3019 Component value that the Integer N/A 1 to 24 chopping starts at. Frequency is approximately 66*2^-n MHz, where n is the chop component value. Valid only if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3020 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted. Only valid if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3021 Length of time that the all Float seconds 1.0 to 1.0e6 components except the first are transmitted. Only valid if ranging type (channel M- 3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3022 Length of time that the first Float seconds 1.0 to 1.0e6 component is transmitted for each DRVID measurement. Only valid if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3023 Number of DRVID measurements Integer N/A 0 to 255 per ranging cycle. Only valid if ranging type (channel M-3014) is Sequential. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3024 The integration time, in PN Integer seconds 1 to (2^31 - 1) cycle periods, that the measurement was made. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3025 The reference signal is Integer N/A 1 to 64 (normally 64) divided by this value to get the modulation clock. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3026 Length of the 1st PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3027 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 1st PN sequence. Valid 32-bit only if ranging type (channel binary M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3028 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 1st PN sequence. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3029 Length of the 2nd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3030 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 2nd PN sequence. Valid 32-bit only if ranging type (channel binary M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3031 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 2nd PN sequence. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3032 Length of the 3rd PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3033 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 3rd PN sequence. Valid 32-bit only if ranging type (channel binary M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3034 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 3rd PN sequence. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3035 Length of the 4th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3036 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 4th PN sequence. Valid 32-bit only if ranging type (channel binary M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3037 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 4th PN sequence. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3038 Length of the 5th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3039 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 5th PN sequence. Valid 32-bit only if ranging type (channel binary M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3040 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 5th PN sequence. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3041 Length of the 6th PN Integer symbols 0 to 32 sequence. Valid only if (chips) ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3042 The symbol (chip) pattern of Integer Symbols in 0 to 0xFFFF the 6th PN sequence. Valid 32-bit only if ranging type (channel binary M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3043 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 6th PN sequence. Valid only if ranging type (channel M-3014) is PN. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3044 Differenced Range versus Double range units -2^30 to 2^30 Integrated Doppler (DRVID) measurement in Range Units. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3045 Current operational mode of String N/A "IDLE", "TRK", "CAL", "DIAG" the ranging process. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3046 Time of the range and DRVID String N/A "hh:mm:ss" measurements. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3047 Range measurement in Range Double range units 0.00 to 2^30 Units. ------------------------------------------------------------------------------------------------------------ dcc4 (Ranging) M-3048 The desired ranging Figure of Float Percentage 0.0 to 100.0 Merit. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2700 Status code for the overall Integer N/A 1 = Operational, 3 = Deviation, 4 = downlink channel status. Marginal, 5 = Critical ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2701 Status qualifier for the Integer N/A 0 = None overall downlink channel status. This qualifies the status code (M-2700). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2702 Status code for the overall Integer N/A 0 = Out of Service, 1 = Operational, 2 = receiver equipment controller Busy, 3 = Deviation, 4 = Marginal, 5 = status. Critical ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2703 Status qualifier for the Integer N/A 0 = None overall receiver equipment controller status. This qualifies the status code (M- 2702). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2704 Status of the receiving Integer N/A 0 = Out Of Service, 1 = Operational, 3 = function of the downlink Deviation, 4 = Marginal, 5 = Critical channel. "Out of Service" indicates the receiving function is not installed. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2705 Status qualifier for the Integer N/A 0 = None receiving function of the downlink channel. No qualifiers are used to qualify the status code (M- 2704). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2706 Status code for the status of Integer N/A 1 = Operational, 3 = Deviation, 4 = the downlink channel Marginal, 5 = Critical controller of the downlink channel. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2707 Status qualifier for the Integer N/A 0 = None status of the downlink channel controller of the downlink channel. No qualifiers are used to qualify the status code (M- 2706). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2708* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the monopulse function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the monopulse function is not installed. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2709* Status qualifier for the Integer N/A 0 = None status of the monopulse function of the downlink channel. No qualifiers are used to qualify the status code (M-2708). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2710 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the ranging function of the Deviation, 4 = Marginal, 5 = Critical downlink channel. "Out of Service" indicates the ranging function is not installed. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2711 Status qualifier for the Integer N/A 0 = None status of the ranging function of the downlink channel. No qualifiers are used to qualify the status code (M-2710). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2712 Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the standard telemetry Deviation, 4 = Marginal, 5 = Critical function of the downlink channel. "Out of Service" indicates the telemetry function is not installed. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2713 Status qualifier for the Integer N/A 0 = None status of the standard telemetry function of the downlink channel. No qualifiers are used to qualify the status code (M- 2712). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2714* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the MCD3 decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the MCD3 function is not installed. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2715* Status qualifier for the Integer N/A 0 = None status of the MCD3 decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-2714). ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2716* Status code for the status of Integer N/A 0 = Out of Service, 1 = Operational, 3 = the turbo decoder function of Deviation, 4 = Marginal, 5 = Critical the downlink channel. "Out of Service" indicates the turbo decoder function is not installed. ------------------------------------------------------------------------------------------------------------ dcc4 (Status) M-2717* Status qualifier for the Integer N/A 0 = None status of the turbo decoder function of the downlink channel. No qualifiers are used to qualify the status code (M-2716). ------------------------------------------------------------------------------------------------------------ dcc4 M-2840 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier seconds Loop) frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2840, M-2841, and M-2842 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2841 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier nanoseconds Loop) frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2840, M-2841, and 2840 M-2842 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2842 The time of the last change Integer number of >=0 (Subcarrier in the predicted subcarrier leap Loop) frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2840, M-2841, and M-2842 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2843 The measured subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency Loop) ------------------------------------------------------------------------------------------------------------ dcc4 M-2844 Subcarrier frequency Float Hz -1.000e6 to 1.000e6 (Subcarrier residual. The measured Loop) subcarrier frequency minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 M-2845 Subcarrier loop tracking Float Hz 0.001 to 25.000 (Subcarrier bandwidth. Loop) ------------------------------------------------------------------------------------------------------------ dcc4 M-2846 The subcarrier loop filter Integer N/A 1 to 3 (Subcarrier order. Loop) ------------------------------------------------------------------------------------------------------------ dcc4 M-2847 The windowing on the Integer N/A 0 to 15 (Subcarrier subcarrier phase data. The Loop) windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc4 M-2848 Subcarrier tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock (Subcarrier status. Status is out-of- Loop) lock unless the loop status (M-2852) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc4 M-2849* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was seconds Loop) last changed. This channel since contains the seconds portion January 1, of the total time tag. 1970 UTC, Channels M-2849, M-2850, and excluding M-2851 together contain the leap total time tag. seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2850* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was nanoseconds Loop) last changed. This channel since the contains the nanoseconds seconds portion of the total time value in M- tag. Channels M-2849, M- 2849 2850, and M-2851 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc4 M-2851* Time that the subcarrier Integer number of >=0 (Subcarrier tracking loop lock status was leap Loop) last changed. This channel seconds in contains the leap seconds the time portion of the total time tag. Channels M-2849, M- 2850, and M-2851 together contain the total time tag. ------------------------------------------------------------------------------------------------------------ dcc4 M-2852 Subcarrier tracking loop String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", (Subcarrier status. "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" Loop) ------------------------------------------------------------------------------------------------------------ dcc4 M-2853 The subcarrier data power to Float dB-Hz -300.0, 0.0 to 90.0 (Subcarrier noise spectral density ratio Loop) (Pd/NO). If value is not valid, -300.0 is output. ------------------------------------------------------------------------------------------------------------ dcc4 M-2854 Pd/NO residual. The measured Float dB -90.0 to 90.0 (Subcarrier subcarrier Pd/N0 minus the Loop) predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 M-2855 The subcarrier tracking loop Float degrees -90.0 to 90.0 (Subcarrier static phase error. Loop) ------------------------------------------------------------------------------------------------------------ dcc4 M-2856 Subcarrier waveform. String N/A "SIN", "SQ", "D" (Subcarrier Loop) ------------------------------------------------------------------------------------------------------------ dcc4 M-2857 Predicted subcarrier Double Hz 500.000 to 6000000.000 (Subcarrier frequency (including Loop) predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc4 M-2858 Subcarrier acquisition FFT String N/A "ENABLED", "DISABLED" (Subcarrier usage switch. If enabled, Loop) the subcarrier acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc4 M-2859 Indicates whether or not the String N/A "ENABLED", "DISABLED" (Subcarrier subcarrier FFT is currently Loop) running. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2880 The time of the last change Integer number of >=0 Loop) in the predicted symbol seconds frequency. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2880, M-2881, and M-2882 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2881 The time of the last change Integer number of >=0 Loop) in the predicted symbol nanoseconds frequency. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2880, M-2881, and 2880 M-2882 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2882 The time of the last change Integer number of >=0 Loop) in the predicted symbol leap frequency. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2880, M-2881, and M-2882 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2883 The measured symbol rate Double sps 4.000 to 26400000.000 Loop) ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2884 Symbol rate residual. The Float sps -26400000.000 to 26400000.000 Loop) measured symbol rate minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2885 Symbol loop tracking Float Hz 0.001 to 25.000 Loop) bandwidth. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2886 The symbol loop filter order. Integer N/A 1 to 3 Loop) ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2887 The windowing on the symbol Integer N/A 0 to 15 Loop) phase data. The windowing value is 2^-n, where n is the value reported. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2888 Symbol tracking loop lock Integer N/A 0 = Out of Lock, 1 = In Lock Loop) status. Status is out-of- lock unless the loop status (M-2892) is IN LOCK. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2889* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last seconds changed. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2889, M-2890, and M-2891 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2890* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last nanoseconds changed. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2889, M-2890, and 2889 M-2891 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2891* Time that the symbol tracking Integer number of >=0 Loop) loop lock status was last leap changed. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2889, M-2890, and M-2891 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2892 Symbol tracking loop status. String N/A "OFF", "OPEN", "FREQ SEARCH", "LOOP OPT", Loop) "WAIT FOR LOCK", "OUT OF LOCK", "IN LOCK" ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2893 The measured symbol signal to Float dB -10.0 to 50.0 Loop) noise ratio (SSNR). ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2894 SSNR residual. The measured Float dB -50.0 to 50.0 Loop) SSNR minus the predicted value. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2895 The symbol tracking loop Float degrees -90.0 to 90.0 Loop) static phase error. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2896 Modulation format of the String N/A "NRZL", "NRZM", "NRZS", "BIPS", "BIPL", Loop) symbols. "BIPM" ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2897 Configuration of the symbol String N/A "ENABLED", "DISABLED" Loop) smoothing algorithm (low threshold telemetry mode). ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2898 Predicted symbol frequency Double sps 4.000 to 26400000.000 Loop) (including predicted Doppler shifts). ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2899 Symbol acquisition FFT usage String N/A "ENABLED", "DISABLED" Loop) switch. If enabled, the symbol acquisition will use an FFT as part of the acquisition process. ------------------------------------------------------------------------------------------------------------ dcc4 (Symbol M-2900 Indicates whether or not the String N/A "ENABLED", "DISABLED" Loop) symbol FFT is currently running. ------------------------------------------------------------------------------------------------------------ dcc4 M-2907 Number of Virtual Channel 0 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2908 Number of Virtual Channel 1 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2909 Number of Virtual Channel 2 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2910 Number of Virtual Channel 3 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2911 Number of Virtual Channel 4 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2912 Number of Virtual Channel 5 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2913 Number of Virtual Channel 6 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2914 Number of Virtual Channel 7 Integer frames 0 to (2^31 - 1) (Telemetry) frames detected. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2915 Operational state of the Reed- String N/A "D", "P", "S" (Telemetry) Solomon decoder. In Primary (P) mode, the corrected bits are output to the end user. In Secondary (S) mode, the decoding statistics are provided for the operator, but the bit corrections are not output. ------------------------------------------------------------------------------------------------------------ dcc4 M-2916 Indicator of whether the Integer N/A 0 = Unarrayed, 1 = Arrayed with FSPA1 as the (Telemetry) input signal is an arrayed source, 2 = Arrayed with FSPA2 as the source signal or not. A value of 0 indicates not arrayed; values of 1 and 2 correspond to the arraying equipment physical number. ------------------------------------------------------------------------------------------------------------ dcc4 M-2917 Frame sync operational mode. String N/A "D", "P" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc4 M-2918 The pattern of bits of the String N/A Any pattern expressed in hexadecimal (Telemetry) frame sync word. ------------------------------------------------------------------------------------------------------------ dcc4 M-2919 Length of the frame sync Integer bits 8 to 64 (Telemetry) word. ------------------------------------------------------------------------------------------------------------ dcc4 M-2920 Predicted telemetry bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc4 M-2921 Measured bit rate. Double bps 2.000 to 26.4e6 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc4 M-2922 Overall telemetry lock status String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) (includes decoders and frame synchronizer). ------------------------------------------------------------------------------------------------------------ dcc4 M-2924 Telemetry processing String N/A "GO", "NOGO" (Telemetry) operational status ------------------------------------------------------------------------------------------------------------ dcc4 M-2925* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2925, M-2926, and M-2927 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2926* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2925, M-2926, and 2925 M-2927 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2927* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2925, M-2926, and M-2927 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2928* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-2928, M- 1970 UTC, 2929, and M-2930 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2929* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-2928, value in M- M-2929, and M-2930 together 2928 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2930* Time that the decoder lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-2928, M-2929, and M-2930 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2931 Telemetry decoder lock String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ dcc4 M-2933 Type of decoder used. String N/A "MCD2", "MCD3", "TURBO", "UNC", "SYMB", (Telemetry) "GSSR" ------------------------------------------------------------------------------------------------------------ dcc4 M-2934 The output bit signal to Double dB -10.0 to 50.0 (Telemetry) noise ratio for the decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2936 In-lock threshold for the Integer N/A 1 to 255 (Telemetry) Viterbi decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2937 Vector set for the Viterbi String N/A "CCSDS", "DSN" (Telemetry) decoder. Only valid if decoder type is Viterbi decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2938 In-lock threshold for MCD3 Integer N/A 1 to 256 (Telemetry) decoder. Only valid if decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2939 Vector set for the MCD3 String N/A "NONE", "CCSDS", "DSN", "A15R6", "CAS", (Telemetry) decoder. Only valid if "MAP" decoder type is MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2940 Frame sync primary frame Integer bits 8 to 65536 (Telemetry) length ------------------------------------------------------------------------------------------------------------ dcc4 M-2941 Frame sync in lock bit error Integer bits 0 to 15 (Telemetry) tolerance. The number of bit errors allowed in the frame sync word while still being considered in lock. ------------------------------------------------------------------------------------------------------------ dcc4 M-2942 Frame sync out of lock bit Integer bits 0 to 15 (Telemetry) error tolerance (the minimum number of bit errors required to declare out of lock). ------------------------------------------------------------------------------------------------------------ dcc4 M-2943 Frame sync in lock threshold Integer frames 1 to 15 (Telemetry) (the number of consecutive in sync frames verified before lock is declared). ------------------------------------------------------------------------------------------------------------ dcc4 M-2944 Frame sync out of lock Integer frames 1 to 15 (Telemetry) threshold (number of consecutive out of sync frames before out-of-lock is declared). ------------------------------------------------------------------------------------------------------------ dcc4 M-2945* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was seconds issued. This channel since contains the seconds portion January 1, of the total time. Channels 1970 UTC, M-2945, M-2946, and M-2947 excluding together contain the total leap time. seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2946* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was nanoseconds issued. This channel since the contains the nanoseconds seconds portion of the total time. value in M- Channels M-2945, M-2946, and 2945 M-2947 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2947* Time that the last decoder Integer number of >=0 (Telemetry) acquisition command was leap issued. This channel seconds in contains the leap seconds the time portion of the total time. Channels M-2945, M-2946, and M-2947 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2948* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. seconds This channel contains the since seconds portion of the total January 1, time. Channels M-2948, M- 1970 UTC, 2949, and M-2950 together excluding contain the total time. leap seconds ------------------------------------------------------------------------------------------------------------ dcc4 M-2949* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. nanoseconds This channel contains the since the nanoseconds portion of the seconds total time. Channels M-2948, value in M- M-2949, and M-2950 together 2948 contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2950* Time that the frame sync lock Integer number of >=0 (Telemetry) status was last changed. leap This channel contains the seconds in leap seconds portion of the the time total time. Channels M-2948, M-2949, and M-2950 together contain the total time. ------------------------------------------------------------------------------------------------------------ dcc4 M-2951 Frame sync lock status. String N/A "IDLE", "SEARCH", "VERIFY", "LOCK", (Telemetry) "FLYWHEEL" ------------------------------------------------------------------------------------------------------------ dcc4 M-2952 The number of bits the frame Integer bits 0 to (2^31 - 1) (Telemetry) synchronizer processed in its last (if in-lock) or current (if out-of-lock) acquisition. When the frame sync goes to out-of-lock, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc4 M-2953 Number of telemetry blocks Integer blocks 0 to (2^31 - 1) (Telemetry) output since the start of the connection. ------------------------------------------------------------------------------------------------------------ dcc4 M-2955 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2956 Count of the number of good Integer frames 0 to (2^31 - 1) (Telemetry) frames (verify, flywheel, and lock) since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2957 Count of the number of bad Integer frames 0 to (2^31 - 1) (Telemetry) (search) frames since the start of connection. Count rolls over to zero. Only valid if frame sync is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2958 Lock status of the Cyclic String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Redundancy Code (CRC) check. ------------------------------------------------------------------------------------------------------------ dcc4 M-2959 Configuration of the pseudo String N/A "ENABLED", "DISABLED" (Telemetry) derandomizer. ------------------------------------------------------------------------------------------------------------ dcc4 M-2960 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) frames that have had the CRC checked since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2961 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have passed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2962 Count of the number of frames Integer frames 0 to (2^31 - 1) (Telemetry) that have failed the CRC check since the start of connection. Count rolls over to zero. Only valid if CRC check is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2963 Lock status of the Reed- String N/A "IDLE", "IN LOCK", "OUT OF LOCK" (Telemetry) Solomon decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2964 Count of total number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been checked since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2965 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have been decoded since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2966 Count of the number of Reed- Integer code words 0 to (2^31 - 1) (Telemetry) Solomon code words that have failed to decode since the start of connection. Count rolls over to zero. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2967 Ratio of bad frames to total Double Percentage 0.00 to 100.00 (Telemetry) frames for Reed-Solomon decoder. Only valid if Reed- Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2968 Ratio of bad code words to Double Percentage 0.00 to 100.00 (Telemetry) total code words for Reed- Solomon decoder. Only valid if Reed-Solomon decoder is enabled. ------------------------------------------------------------------------------------------------------------ dcc4 M-2969 Count of total number of Integer frames 0 to (2^31 - 1) (Telemetry) locked (flywheel and lock) frames since start of connection. Count rolls over to zero. ------------------------------------------------------------------------------------------------------------ dcc4 M-2970 The number of frames with Integer frames 0 to (2^31 - 1) (Telemetry) flywheel status in the last (or current) in-lock period. When lock is first acquired, the value is reset to zero. ------------------------------------------------------------------------------------------------------------ dcc4 M-2971 Name of the format table used String N/A Any ASCII string, up to 242 characters long (Telemetry) by the default telemetry stream. ------------------------------------------------------------------------------------------------------------ dcc4 M-2974 Out-of-lock threshold for Integer bits 1 to 65535 (Telemetry) Viterbi decoder (7, _). ------------------------------------------------------------------------------------------------------------ dcc4 M-2975 Out-of-lock threshold for the Integer bits 1 to 255 (Telemetry) MCD3 decoder. ------------------------------------------------------------------------------------------------------------ dcc4 M-2976 Configuration of the String N/A "D", "NM", "NS" (Telemetry) differential decoder (disabled, mark, or space). ------------------------------------------------------------------------------------------------------------ dcc4 M-2977 State of the Viterbi decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc4 M-2978 State of the MCD3 decoder String N/A "ENABLED", "DISABLED" (Telemetry) alternate symbol inversion. ------------------------------------------------------------------------------------------------------------ dcc4 M-2979 The number of times the Integer N/A 0 to (2^31 - 1) (Telemetry) metric normalization count exceeded the threshold since the TLP was put in the active state. ------------------------------------------------------------------------------------------------------------ dcc4 M-2980 Percentage of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected over the last accumulation period. ------------------------------------------------------------------------------------------------------------ dcc4 M-2981 Viterbi decoder node sync String N/A "D", "SER", "MNR" (Telemetry) change algorithm. ------------------------------------------------------------------------------------------------------------ dcc4 M-2982 Number of node sync changes Integer N/A 0 to (2^31 - 1) (Telemetry) since the TLP was put into the active state. ------------------------------------------------------------------------------------------------------------ dcc4 M-2983 Position that the MCD3 Integer N/A 0 to 5 (Telemetry) decoder has locked onto. ------------------------------------------------------------------------------------------------------------ dcc4 M-2984 Frame sync secondary frame Integer bits 0 to 65528 (Telemetry) length (alternate frame length). ------------------------------------------------------------------------------------------------------------ dcc4 M-2985 Detected frame size. Integer bits 8 to 65536 (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc4 M-2986 Status of the frame String N/A "GO", "NOGO" (Telemetry) synchronizer hardware. ------------------------------------------------------------------------------------------------------------ dcc4 M-2987 The order of the sequence for String N/A "M", "L", "B" (Telemetry) searching for frame synchronization (e.g. left-to- right (MSB) or right-to-left (LSB)). Allows handling of spacecraft that transmit recorded data backwards. M => MSB, L => LSB, and B => Both. ------------------------------------------------------------------------------------------------------------ dcc4 M-2988 Number of bits over or under Integer bits 0 to 3 (Telemetry) the frame length the synchronizer will accept as a correct length frame. ------------------------------------------------------------------------------------------------------------ dcc4 M-2989 The bit error rate (BER) of Double Percentage 0.0 to 100.0 (Telemetry) the frame sync words for the in-lock frames. ------------------------------------------------------------------------------------------------------------ dcc4 M-2990 The detected bit sequence. String N/A "MSB", "LSB" (Telemetry) ------------------------------------------------------------------------------------------------------------ dcc4 M-2991 The polarity of the input String N/A "NORMAL", "INVERTED" (Telemetry) data to the frame synchronizer. ------------------------------------------------------------------------------------------------------------ dcc4 M-2992 The number of bit slips Integer bits 0 to (2^31 - 1) (Telemetry) detected since the start of processing. This count is the number of bits slipped, not the number of bit slip occurrences. ------------------------------------------------------------------------------------------------------------ dcc4 M-2993 The number of polarity Integer N/A 0 to 65535 (Telemetry) changes detected since the start of processing. ------------------------------------------------------------------------------------------------------------ dcc4 M-2994 The number of times since the Integer N/A 0 to 65535 (Telemetry) start of the processing that the frame synchronizer has transitioned to the LOCK state. ------------------------------------------------------------------------------------------------------------ dcc4 M-2995 Number of Reed-Solomon Integer Codewords 0 to 5 (Telemetry) codewords interleaved into a transfer frame. ------------------------------------------------------------------------------------------------------------ dcc4 M-2996 Reed-Solomon decoding String N/A "B", "C" (Telemetry) algorithm used (Berlekamp versus Conventional). ------------------------------------------------------------------------------------------------------------ dcc4 M-2997 Number of zero pad symbols Integer Reed- 0 to 223 (Telemetry) (bytes) used in the Reed- Solomon Solomon encoding. This is symbols also known as the virtual fill. ------------------------------------------------------------------------------------------------------------ dcc4 M-2998 The number of symbol errors Double Percentage 0.0 to 100.0 (Telemetry) detected divided by the number of symbols received. Codewords that cannot be corrected are not counted. ------------------------------------------------------------------------------------------------------------ dcc4 M-2999 Reed-Solomon decoder hardware String N/A "GO", "NOGO" (Telemetry) status. ------------------------------------------------------------------------------------------------------------ etc M-0504 ID of transmitter #1 String N/A "S20K", "X4K", "X20K", "S400K", "S200W", "S2K", "N/A" ------------------------------------------------------------------------------------------------------------ etc M-0505 Transmitter #1 beam String N/A "ON", "OFF", "SAFE" ------------------------------------------------------------------------------------------------------------ etc M-0509 Transmitter #1 power level Float watts 0 to 600000 ------------------------------------------------------------------------------------------------------------ etc M-0535 Command Modulation String N/A "OFF", "MOD1", "MOD2", "MOD3", "UNKN" ------------------------------------------------------------------------------------------------------------ etc M-0543 Transmitter in use. Integer N/A 0, 1, 2, 3. 0 means not in use. ------------------------------------------------------------------------------------------------------------ etc M-0544 ID of transmitter #2 String N/A "S20K", "X4K", "X20K", "S400K", "S200W", "S2K", "N/A" ------------------------------------------------------------------------------------------------------------ etc M-0545 Transmitter #2 beam String N/A "ON", "OFF", "SAFE" ------------------------------------------------------------------------------------------------------------ etc M-0546 Transmitter #2 power level Float watts 0 to 600000 ------------------------------------------------------------------------------------------------------------ etc M-0547 ID of transmitter #3 String N/A "S20K", "X4K", "X20K", "S400K", "S200W", "S2K", "N/A" ------------------------------------------------------------------------------------------------------------ etc M-0548 Transmitter #3 beam String N/A "ON", "OFF", "SAFE" ------------------------------------------------------------------------------------------------------------ etc M-0549 Transmitter #3 power level Float watts 0 to 600000 ------------------------------------------------------------------------------------------------------------ etc M-0616 Ranging Modulation Status String N/A "OFF", "MOD1", "MOD2", "UNKN" ------------------------------------------------------------------------------------------------------------ etc M-0640 Tuning Configuration, Tuning Double Hz/sec 0 to 80000 Rate. ------------------------------------------------------------------------------------------------------------ etc M-0641 Tuning Configuration, Sweep Double Hz 0 to 6000000 Range. ------------------------------------------------------------------------------------------------------------ etc M-0642 Tuning Configuration, Dwell Integer seconds 0 to 999 Time 0. ------------------------------------------------------------------------------------------------------------ etc M-0643 Tuning Configuration, Dwell Integer seconds 0 to 999 Time 1. ------------------------------------------------------------------------------------------------------------ etc M-0644 Tuning Configuration, Dwell Integer seconds 0 to 999 Time 2. ------------------------------------------------------------------------------------------------------------ etc M-0645 Tuning Configuration, T0 for Integer number of >=0 template. Set to 0 if no seconds data and not valid. This since channel contains the seconds January 1, portion of the time. 1970 UTC, Channels M-0645, M-0646, and excluding M-0647 contain the total time leap tag. seconds ------------------------------------------------------------------------------------------------------------ etc M-0646 Tuning Configuration, T0 for Integer number of >=0 template. Set to 0 if no nanoseconds data and not valid. This since the channel contains the seconds nanoseconds portion of the value in M- time. Channels M-0645, M- 0645 0646, and M-0647 contain the total time tag. ------------------------------------------------------------------------------------------------------------ etc M-0647 Tuning Configuration, T0 for Integer number of >=0 template. Set to 0 if no leap data and not valid. This seconds in channel contains the leap the time seconds portion of the time. Channels M-0645, M-0646, and M-0647 contain the total time tag. ------------------------------------------------------------------------------------------------------------ etc M-0885 Uplink carrier frequency Double Hz 0 to 35e9 ------------------------------------------------------------------------------------------------------------ mda M-0311 Doppler Mode Antenna 'A' String N/A "1" to "4" where "1" = one-way, "2" = two- Channel 1, S Band way, "3" = three-way, "4" = three-way coherent ------------------------------------------------------------------------------------------------------------ mda M-0314 Doppler Mode Antenna 'A' String N/A "1" to "4" where "1" = one-way, "2" = two- Channel 2, X Band way, "3" = three-way, "4" = three-way coherent ------------------------------------------------------------------------------------------------------------ mda M-0611 Channel 1 Doppler noise Float Hz ------------------------------------------------------------------------------------------------------------ mda M-0614 Channel 1 Doppler residual Float Hz ------------------------------------------------------------------------------------------------------------ mda M-0615 Channel 1 Range residual Integer Range Units ------------------------------------------------------------------------------------------------------------ mda M-0617 Channel 1 Uplink Carrier Float dB suppression ------------------------------------------------------------------------------------------------------------ mda M-0618 Channel 1 Range Power Over Float N/A Noise Ratio ------------------------------------------------------------------------------------------------------------ mda M-0619 Channel 1 Last ranging Integer N/A 2 to 24 component ------------------------------------------------------------------------------------------------------------ mda M-0620 Channel 1 T1 clock Integer seconds integration time ------------------------------------------------------------------------------------------------------------ mda M-0621 Channel 1 T2 component Integer seconds integration time ------------------------------------------------------------------------------------------------------------ mda M-0622 Channel 1 T3 DRVID Integer seconds integration time ------------------------------------------------------------------------------------------------------------ mda M-0623 Channel 1 Doppler Frequency Double Hz ------------------------------------------------------------------------------------------------------------ rcc M-0346 Downlink band for logical String N/A "S", "X", "Ka", "L" receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0373 Loop Status qualifier for Integer N/A 0 = None, 1 = Off line, 5 = In-lock, 6 = Out- logical receiver 2. M-0373 of-lock, 17 = Acquiring and M-0374 together give the loop Status for logical receiver 2. ------------------------------------------------------------------------------------------------------------ rcc M-0374 Loop Status code for logical Integer N/A 0 = Out of service, 1 = Operational, 5 = receiver 2. M-0373 and M- Critical 0374 together give the loop Status for logical receiver 2. ------------------------------------------------------------------------------------------------------------ rcc M-0376 Downlink band for logical String N/A "S", "X", "Ka", "L" receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0714 Loop Status qualifier for Integer N/A 0 = None, 1 = Off line, 5 = In-lock, 6 = Out- logical receiver 1. M-0714 of-lock, 17 = Acquiring and M-0716 together give the loop Status for logical receiver 1. ------------------------------------------------------------------------------------------------------------ rcc M-0716 Loop Status code for logical Integer N/A 0 = Out of service, 1 = Operational, 5 = receiver 1. M-0714 and M- Critical 0716 together give the loop Status for logical receiver 1. ------------------------------------------------------------------------------------------------------------ rcc M-0717 Carrier loop lock Status for String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0718 Subcarrier loop #1 lock String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" Status for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0719 Symbol stream #1 lock Status String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0720 Subcarrier loop #2 lock String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" Status for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0721 Symbol stream #2 lock Status String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0723 Channel Carrier Power to Float dB-Hz 0 to 90 Noise ratio for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0724 PDW validity field for SNT Integer N/A 0 = valid, 1 = invalid from logical receiver 1 (M- 0725) ------------------------------------------------------------------------------------------------------------ rcc M-0725 System noise temperature Float kelvin 10 to 2000 (SNT) for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0727 Carrier Power for logical Float dBm -185 to -45 receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0729 Subcarrier #1 Data Power to Float dB-Hz 0 to 90 Noise Ratio, Pd/N0, for logical receiver #1 ------------------------------------------------------------------------------------------------------------ rcc M-0730 PDW validity field for symbol Integer N/A 0 = valid, 1 = invalid stream #1 SNR from logical receiver 1 (M-0731) ------------------------------------------------------------------------------------------------------------ rcc M-0731 Symbol Stream #1 SNR for Float dB -20 to 20 logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0733 Subcarrier #2 Data Power to Float dB-Hz 0 to 90 Noise Ratio, Pd/N0, for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0734 PDW validity field for symbol Integer N/A 0 = valid, 1 = invalid stream #2 SNR from logical receiver 1 (M-0735) ------------------------------------------------------------------------------------------------------------ rcc M-0735 Symbol Stream #2 SNR for Float dB -20 to 20 logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0737 Carrier Static Phase Error Float degrees -90 to 90 for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0739 Carrier loop bandwidth for Float Hz 0.01 to 500 logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0741 Carrier loop noise bandwidth Float Hz 0.01 to 500 for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0742 Subcarrier #1 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0743 Symbol stream #1 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0744 Subcarrier #2 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0745 Symbol stream #2 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0746 Carrier frequency for logical Double Hz 0.0 to 32.3e9 receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0748 Symbol stream #1 rate for Double N/A 4 sps to 26.4 Msps logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0749 Symbol stream #2 rate for Double N/A 4 sps to 26.4 Msps logical receiver 1 ------------------------------------------------------------------------------------------------------------ rcc M-0767 Carrier loop lock Status for String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0768 Subcarrier loop #1 lock String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" Status for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0769 Symbol stream #1 lock Status String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0770 Subcarrier loop #2 lock String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" Status for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0771 Symbol stream #2 lock Status String N/A "OFF", "ON", "OPEN", "ACQ", "IN", "OUT" for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0773 Channel Carrier Power to Float dB-Hz 0 to 90 Noise ratio for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0774 PDW validity field for SNT Integer N/A 0 = valid, 1 = invalid from logical receiver 2 (M- 0775) ------------------------------------------------------------------------------------------------------------ rcc M-0775 System noise temperature Float kelvin 10 to 2000 (SNT) for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0777 Carrier Power for logical Float dBm -185 to -45 receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0779 Subcarrier #1 Data Power to Float dB-Hz 0 to 90 Noise Ratio, Pd/N0, for logical receiver #2 ------------------------------------------------------------------------------------------------------------ rcc M-0780 PDW validity field for symbol Integer N/A 0 = valid, 1 = invalid stream #1 SNR from logical receiver 2 (M-0781) ------------------------------------------------------------------------------------------------------------ rcc M-0781 Symbol Stream #1 SNR for Float dB -20 to 20 logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0783 Subcarrier #2 Data Power to Float dB-Hz 0 to 90 Noise Ratio, Pd/N0, for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0784 PDW validity field for symbol Integer N/A 0 = valid, 1 = invalid stream #2 SNR from logical receiver 2 (M-0785) ------------------------------------------------------------------------------------------------------------ rcc M-0785 Symbol Stream #2 SNR for Float dB -20 to 20 logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0787 Carrier Static Phase Error Float degrees -90 to 90 for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0789 Carrier loop bandwidth for Float Hz 0.01 to 500 logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0791 Carrier loop noise bandwidth Float Hz 0.01 to 500 for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0792 Subcarrier #1 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0793 Symbol stream #1 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0794 Subcarrier #2 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0795 Symbol stream #2 loop noise Float Hz 0.001 to 10 bandwidth for logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0796 Carrier frequency for logical Double Hz 0.0 to 32.3e9 receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0798 Symbol stream #1 rate for Double N/A 4 sps to 26.4 Msps logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0799 Symbol stream #2 rate for Double N/A 4 sps to 26.4 Msps logical receiver 2 ------------------------------------------------------------------------------------------------------------ rcc M-0800 Receiver Channel Processor #1 String N/A "1W", "2W", "3Wxx", "NPX" (xx => uplink DSS, Predicts Mode NPX => no predicts) ------------------------------------------------------------------------------------------------------------ rcc M-0801 Receiver Channel Processor #2 String N/A "1W", "2W", "3Wxx", "NPX" (xx => uplink DSS, Predicts Mode NPX => no predicts) ------------------------------------------------------------------------------------------------------------ rcc M-0802 Receiver Channel Processor #1 String N/A valid table label (up to 8 characters) Configuration Table ID ------------------------------------------------------------------------------------------------------------ rcc M-0803 Receiver Channel Processor #2 String N/A valid table label (up to 8 characters) Configuration Table ID ------------------------------------------------------------------------------------------------------------ tgc M-0101 PDW validity field for Integer N/A 0 = valid, 1 = invalid channel 1 bit rate and subcarrier frequency (M-0104 and M-0109) ------------------------------------------------------------------------------------------------------------ tgc M-0104 Channel 1 telemetry bit rate Float bps 0 to 2.2e6 ------------------------------------------------------------------------------------------------------------ tgc M-0109 Channel 1 subcarrier Double Hz 6.0 to 4.0e6 frequency ------------------------------------------------------------------------------------------------------------ tgc M-0115 Real-time telemetry combiner Integer N/A 0 = none, 5 = in lock, 6 = out of lock (RTC) channel 1 Status qualifier. M-0115 and M-0116 together give the RTC channel 1 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0116 Real-time telemetry combiner Integer N/A 0 = Out of Service, 1 = Operational, 5 = (RTC) channel 1 Status code. Critical M-0115 and M-0116 together give the RTC channel 1 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0125 MCD channel 1 lock Status Integer N/A 0 = none, 5 = in lock, 6 = out of lock qualifier. M-0125 and M-0126 together give the MCD channel 1 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0126 MCD channel 1 lock Status Integer N/A 0 = Out of Service, 1 = Operational, 5 = code. M-0125 and M-0126 Critical together give the MCD channel 1 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0130 MCD channel 1 bit SNR Double N/A 0.0 to 30.0 ------------------------------------------------------------------------------------------------------------ tgc M-0140 Channel 1 In-lock bit error Integer N/A 0 to 15 tolerance ------------------------------------------------------------------------------------------------------------ tgc M-0141 Channel 1 Out-of-lock bit Integer N/A 0 to 15 error tolerance ------------------------------------------------------------------------------------------------------------ tgc M-0142 Channel 1 in-lock threshold Integer N/A 1 to 15 ------------------------------------------------------------------------------------------------------------ tgc M-0143 Channel 1 Out-of-lock Integer N/A 1 to 15 threshold ------------------------------------------------------------------------------------------------------------ tgc M-0144 PDW validity field for Integer N/A 0 = valid, 1 = invalid channel 1 FSS Status data (M- 0147, M-0148, M-0149, M-0152, and M-0153) ------------------------------------------------------------------------------------------------------------ tgc M-0147 Channel 1 Lock Status Integer N/A 0 = in lock (lock or flywheel), 1 = out of lock (search or verify) ------------------------------------------------------------------------------------------------------------ tgc M-0148 Channel 1 FSS Out of Lock Integer N/A 0 = Not out-of-lock, 1 = Flywheel threshold Reason expired (or never in-lock), 2 = Forced into Search, 3 = both 1 and 2 ------------------------------------------------------------------------------------------------------------ tgc M-0149 Channel 1 In-lock frame count Integer frames 0 to 65535 ------------------------------------------------------------------------------------------------------------ tgc M-0152 Channel 1 Bits to acquire Integer bits 0 to 4294967295 ------------------------------------------------------------------------------------------------------------ tgc M-0153 Channel 1 Flywheel frame Integer frames 0 to 65535 count ------------------------------------------------------------------------------------------------------------ tgc M-0169 Channel 1 Reed-Solomon input Float decibels 0.00 to 40.00 bit SNR ------------------------------------------------------------------------------------------------------------ tgc M-0201 PDW validity field for Integer N/A 0 = valid, 1 = invalid channel 2 bit rate and subcarrier frequency (M-0204 and M-0209) ------------------------------------------------------------------------------------------------------------ tgc M-0204 Channel 2 telemetry bit rate Float bps 0 to 2.2e6 ------------------------------------------------------------------------------------------------------------ tgc M-0209 Channel 2 subcarrier Double Hz 6.0 to 4.0e6 frequency ------------------------------------------------------------------------------------------------------------ tgc M-0215 Real-time telemetry combiner Integer N/A 0 = none, 5 = in lock, 6 = out of lock (RTC) channel 2 Status qualifier. M-0215 and M-0216 together give the RTC channel 2 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0216 Real-time telemetry combiner Integer N/A 0 = Out of Service, 1 = Operational, 5 = (RTC) channel 2 Status code. Critical M-0215 and M-0216 together give the RTC channel 2 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0225 MCD channel 2 lock Status Integer N/A 0 = none, 5 = in lock, 6 = out of lock qualifier. M-0225 and M-0226 together give the MCD channel 2 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0226 MCD channel 2 lock Status Integer N/A 0 = Out of Service, 1 = Operational, 5 = code. M-0225 and M-0226 Critical together give the MCD channel 2 Status. ------------------------------------------------------------------------------------------------------------ tgc M-0230 MCD channel 2 bit SNR Double N/A 0.0 to 30.0 ------------------------------------------------------------------------------------------------------------ tgc M-0240 Channel 2 In-lock bit error Integer N/A 0 to 15 tolerance ------------------------------------------------------------------------------------------------------------ tgc M-0241 Channel 2 Out-of-lock bit Integer N/A 0 to 15 error tolerance ------------------------------------------------------------------------------------------------------------ tgc M-0242 Channel 2 in-lock threshold Integer N/A 1 to 15 ------------------------------------------------------------------------------------------------------------ tgc M-0243 Channel 2 Out-of-lock Integer N/A 1 to 15 threshold ------------------------------------------------------------------------------------------------------------ tgc M-0244 PDW validity field for Integer N/A 0 = valid, 1 = invalid channel 2 FSS Status data (M- 0247, M-0248, M-0249, M-0252, and M-0253) ------------------------------------------------------------------------------------------------------------ tgc M-0247 Channel 2 Lock Status Integer N/A 0 = in lock (lock or flywheel), 1 = out of lock (search or verify) ------------------------------------------------------------------------------------------------------------ tgc M-0248 Channel 2 FSS Out of Lock Integer N/A 0 = Not out-of-lock, 1 = Flywheel threshold Reason expired (or never in-lock), 2 = Forced into Search, 3 = both 1 and 2 ------------------------------------------------------------------------------------------------------------ tgc M-0249 Channel 2 In-lock frame count Integer frames 0 to 65535 ------------------------------------------------------------------------------------------------------------ tgc M-0252 Channel 2 Bits to acquire Integer bits 0 to 4294967295 ------------------------------------------------------------------------------------------------------------ tgc M-0253 Channel 2 Flywheel frame Integer frames 0 to 65535 count ------------------------------------------------------------------------------------------------------------ tgc M-0269 Channel 2 Reed-Solomon input Float decibels 0.00 to 40.00 bit SNR ------------------------------------------------------------------------------------------------------------ tx_hp M-0514 High Power Transmitter ID String N/A "SIM", "SNNN", "RDRS", "RDRX" ------------------------------------------------------------------------------------------------------------ tx_hp M-0515 High Power Transmitter Beam String N/A "OFF", "ON", "SAFE" ------------------------------------------------------------------------------------------------------------ tx_hp M-0519 High Power Transmitter Power String kW up to 12 characters ------------------------------------------------------------------------------------------------------------ ulc M-0969 Subsystem version ID. This String N/A "aVx.y.z" where a is a letter identifying is the software version of the operational revision and x.y.z is a the uplink subsystem. number indicating the program version. ------------------------------------------------------------------------------------------------------------ ulc M-0970 Subsystem Status code. Integer N/A 0 = Out of Service, 1 = Operational, 2 = Overall subsystem Status, Busy, 3 = Deviation, 4 = Marginal, 5 = based on assembly Status and Critical, 6 = Emergency current activities. This monitor item is only available when using the UPL- 6167-OPCV3.2.0 version of uplink. ------------------------------------------------------------------------------------------------------------ ulc M-0971 Subsystem Status qualifier. Integer N/A 0 = None Overall subsystem Status, based on assembly Status and current activities. This monitor item is only available when using the UPL- 6167-OPCV3.2.0 version of uplink. ------------------------------------------------------------------------------------------------------------ ulc M-0972 This item is a human-readable String N/A up to 242 characters long text string that says why the overall Status (channels M- 0970 and M-0971) has the value it has. If the situation is nominal, its value is the empty string. This monitor item is only available when using the UPL- 6167-OPCV3.2.0 version of uplink. ------------------------------------------------------------------------------------------------------------ ulc M-0973 The uplink assembly providing Integer N/A 0 = Invalid/Unknown, 1 = S-/X-band uplink, 2 data. = Ka-band uplink ------------------------------------------------------------------------------------------------------------ ulc M-0974 When the subsystem is "In Integer N/A 1 to 255, 0 when not configured. Service", the spacecraft number for which the subsystem is configured; otherwise 0. Note that due to manual configuration by the operator, this may be different than the NMC settings. ------------------------------------------------------------------------------------------------------------ ulc M-0975 When the subsystem is "In Integer N/A >=1, 0 when not configured. Service", the pass number for which the subsystem is configured; otherwise 0. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0850 Source of abort directive String N/A "POCC", "Controller", "None" (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0851 ETX Command Modulation. String N/A "Off", "On" Indicates whether the CCP thinks the Exciter command modulation is on or off for the port to which the CMG is attached. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0852 CSMC Control Mode. For UPL- String N/A For UPL-6167-OPBV2.0.1: "Remote", "Local" 6167-OPBV2.0.1, the control For UPL-6167-OPCV3.2.0: "CNF", "RAD", mode is either remote or "EFREC", "EFRAD" local. For UPL-6167- OPCV3.2.0, the CMD function operates in one of these four modes: normal radiation (RAD), configuration (CNF), emergency file radiation (EFRAD), or emergency file recording (EFREC). ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0853 Front end monitoring Status Integer N/A 1 = Operational, 3 = Deviation code. Indicates whether monitoring of the front end (exciter/transmitter) is enabled from the exciter onwards. This flag is controlled by the FEM directive. M-0853 and M-0854 together give the front end monitoring status. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0854 Front end monitoring Status Integer N/A 11 = Enabled, 12 = Disabled qualifier. Indicates whether monitoring of the front end (exciter/transmitter) is enabled from the exciter onwards. This flag is controlled by the FEM directive. M-0853 and M-0854 together give the front end monitoring status. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0855 Transmitter monitoring Status Integer N/A 1 = Operational, 3 = Deviation code. Indicates whether or not monitoring of the front end is enabled from the transmitter onwards. If exciter monitoring (M-0853 and M-0854) is disabled, then this will be disabled as well. M-0855 and M-0856 give the transmitter monitoring status. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0856 Transmitter monitoring Status Integer N/A 11 = Enabled, 12 = Disabled qualifier. Indicates whether or not monitoring of the front end is enabled from the transmitter onwards. If exciter monitoring (M-0853 and M-0854) is disabled, then this will be disabled, too. M-0855 and M-0856 give the transmitter monitoring status. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0857 Transmitter Output State. String N/A "Off", "On", "Water" This value is received from the exciter and indicates whether a carrier signal is going out the horn ("On"), into a water load ("Water"), or not being produced ("Off"). The CMD function uses this to determine whether or not commands can be radiated by the transmitter. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0858 The number of CLTUs Integer N/A >=0 successfully radiated during the current support. Note that Throughput Command blocks are reformatted as CLTUs by the CCP prior to radiation by the CMG. This statistic is computed for all command services. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0859 Total number of Throughput Integer N/A >=0 command blocks received and validated during the current support (CMD-4-9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0860 Total number of Throughput Integer N/A >=0 command blocks received during the current support (CMD-4-9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0861 Total number of Throughput Integer N/A >=0 blocks rejected during the current support (CMD-4-9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0862 Number of times that Integer N/A >=0 radiation of a command block was aborted during the current support (CMD-4-9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0863 Number of command blocks Integer N/A >=0 flushed from the queue due to aborts during the current support. Note that the flushed blocks (M-0863) plus the aborted blocks (M-0862) is the number of command blocks accepted but not completely radiated. (CMD-4- 9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0864 Warning alarm sent by the CCP Integer percent 0 to 100 when the queue reaches a certain percentage capacity. Only applies to Throughput service mode (CMD-4-9). ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0865 Percentage of the queue Integer percent 0 to 100 presently in use. Only applies to the Throughput service mode (CMD-4-9). ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0882 The SLE Initiator ID of the String N/A up to 72 characters long CLTU service user. This is used to generate security credential to check against incoming PDUs. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0883 The SLE Responder ID of the String N/A up to 72 characters long CLTU service provider. This is used to generate security credential for PDUs sent to the user. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0884 Configured service mode. String N/A For UPL-6167-OPBV2.0.1: "Throughput", Indicates the service mode "CLTU", "File", "Packet", "Unknown" For UPL- for which the CCP is 6167-OPCV3.2.0: "Throughput", "CLTU", configured, if any. "Unknown" ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0886 The number of CLTUs which Integer N/A >=0 were aborted at the CCP/CMG during the CLTU service support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0887 The number of CLTUs accepted Integer N/A >=0 by the CCP during this CLTU service support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0888 The number of CLTUs which Integer N/A >=0 expired at the CCP/CMG during this CLTU service support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0889 The number of CLTUs flushed Integer N/A >=0 from the queue due to aborts during the current CLTU support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0890 The number of CLTUs processed Integer N/A >=0 by the CCP during this CLTU service support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0891 The number of CLTUs received Integer N/A >=0 from the CLTU user during this CLTU service support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0892 The number of CLTUs rejected Integer N/A >=0 by the CCP during this CLTU service support. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0893 The number of CLTUs in the Integer N/A >=0 queue. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0894 Total number of Throughput Integer N/A >=0 test blocks received during the current support. (CMD-4- 9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-0895 The total number of valid Integer N/A >=0 Throughput blocks (including both command and test blocks) received during the current support. (CMD-4-9) ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1014 Command Modulation Change Integer number of >=0 Time. Gives the time when seconds the exciter command since modulation (M-0851) monitor January 1, data item last changed. This 1970 UTC, channel contains the number excluding of seconds since January 1, leap 1970 UTC, in the time. The seconds total time tag is contained in M-1014, M-1015, and M- 1016. This monitor data item is only available when using the UPL-6167-OPCV3.2.0 version of the uplink subsystem. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1015 Command Modulation Change Integer number of >=0 Time. Gives the time when nanoseconds the exciter command since the modulation (M-0851) monitor seconds data item last changed. This value in M- channel contains the the 1014 number nanoseconds since the seconds value (M-1014) in the time. The total time tag is contained in M-1014, M-1015, and M-1016. This monitor data item is only available when using the UPL-6167- OPCV3.2.0 version of the uplink subsystem. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1016 Command Modulation Change Integer number of >=0 Time. Gives the time when leap the exciter command seconds in modulation (M-0851) monitor the time data item last changed. This channel contains the count of leap seconds in the time. The total time tag is contained in M-1014, M-1015, and M-1016. This monitor data item is only available when using the UPL-6167- OPCV3.2.0 version of the uplink subsystem. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1017 Indicates if a CLTU is String N/A "Radiating", "Not Radiating" currently being radiated by the CMG. This monitor item is only available when using the UPL-6167-OPCV3.2.0 version of the uplink subsystem. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1018 Name of the service table String N/A up to 242 characters long used to configure the subsystem. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1019 Service Instance Id used for String N/A up to 242 characters long CLTU configuration. A period- delimited list of the service instance Id. This string needs to match the user service instance Id before CCP will accept the BIND request. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1020 CLTU Authentication Trigger. String N/A For UPL-6167-OPBV2.0.1: "Never", "On Bind", The CLTU user must send a "Always" For UPL-6167-OPCV3.2.0: "NONE", password for authentication; "BIND", "ALL" this item indicates when the password will be checked. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1021 The configuration set name of String N/A up to 242 characters long the service table. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1022 For UPL-6167-OPBV2.0.1: This Integer N/A 0 = Out of Service, 1 = Operational, 2 = is the Status code for the Busy, 3 = Deviation, 4 = Marginal, 5 = overall Status of the Command Critical, 6 = Emergency subsystem. For UPL-6167- OPCV3.2.0: This is the Status code for the overall Status of the CCP assembly. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1023 For UPL-6167-OPBV2.0.1: This Integer N/A 0 = None is the Status qualifier for the overall Status of the Command subsystem. For UPL- 6167-OPCV3.2.0: This is the Status qualifier for the overall Status of the CCP assembly. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1024 This item is a human-readable String N/A up to 242 characters long text string that says why the overall Status (channels M- 1022 and M-1023) has the value it has. If the situation is nominal, its value is the empty string. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1025 Status code for the CCP Integer N/A 1 = Operational Configuration Status. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1026 Status qualifier for the CCP Integer N/A 1 = Offline, 2 = Online, 9 = Awaiting Configuration Status. operator Offline indicates the CCP is not configured for commanding. Awaiting operator indicates command service has been requested, but configuration failed due to a configuration error or a lack of configuration information. Online indicates command service has been requested, and configuration is proceeding normally (or is complete). ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1027 Text explanation of CCP String N/A up to 242 characters long configuration Status (channels M-1025 and M-1026). This item is a human-readable text string that explains and amplifies CCP configuration Status. It may describe the current configuration activity; if configuration failed, it explains why. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1028 Status code of command Integer N/A 1 = Operational, 3 = Deviation, 5 = service Status. Indicates Critical the health of the command service. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1029 Status qualifier of command Integer N/A 0 = None service Status. Indicates the health of the command service. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1030 Text explanation of command String N/A up to 242 characters long service Status (channels M- 1028 and M-1029). A human- readable string that explains why the command service Status has the value it has. If Status is nominal, this string is empty. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1031 CLTU Service State. The String N/A "Unbound", "Bind pending", "Ready", "Unbind current state of the SLE pending", "Start pending", "Active", "Stop service provider. pending" ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1032 CLTU Production State. The String N/A "Waiting", "Active", "Halted" current production state of the SLE service provider. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1033 Acquisition Sequence Trigger. String N/A "Never", "When Configured", "When Ready", When the acquisition sequence "When Active" should be sent to the spacecraft. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1034 Maximum CLTU size. The Integer bytes >=0 maximum command block (CLTU) size, in bytes. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1035 Minimum CLTU size. The Integer bytes >=0 minimum command block (CLTU) size, in bytes. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1036 The ID of the latest CLTU Integer N/A >=0 received during this CLTU service support. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1037 The ID of the latest CLTU Integer N/A >=0 accepted by the CCP during this CLTU service support. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1038 The ID of the latest CLTU Integer N/A >=0 radiated during this CLTU service support. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1077 Status code for the Integer N/A 1 = Operational, 4 = Marginal, 5 = Critical transmitter output status. This value is received from the exciter. Critical means no carrier signal is being produced. Operational means a carrier signal is going out the horn. Marginal indicates a carrier signal is going into a water load. ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1078 Status qualifier for the Integer N/A 0 = None transmitter output status. This qualifies the status code (M-1077). ------------------------------------------------------------------------------------------------------------ ulc/ccp M-1079 Transmitter Output Diagnostic String N/A up to 242 characters long Text. This value explains why M-0857 has the value it does. If the state is nominal, this item's value is the empty string. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0866 The command carrier Double dB 0.2 to 6.0 (Sine Wave), 0.4 to 12.0 (Square suppression in dBs. This Wave) value derives from the modulation index. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0867 Actual radiation data rate in Double bps 1.0 to 4120 bits per second. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0868 Reason for failure to load a String N/A "", "Expired Time, CLTU n", "Checksum Error, CLTU. If not blank, then the CLTU n", "Invalid Size, CLTU n", "Buffer CCP failed to load a CLTU Exceeded, CLTU n", "Unknown Reason, CLTU n" into the CMG. The CLTU ID is In the above messages, n is the CLTU ID included in this message. number. (SLE) ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0869 Whether the CMG is currently String N/A "Off", "On" modulating or not, i.e., sending a signal to the ETC. Note that the CMG is only told to modulate when ETC command modulation is enabled. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0870 The CMG's current operating String N/A "Test", "Off", "Ready", "Active" mode. Test means the CMG is performing a pre-cal test to verify communications with the ETC; Ready means the CMG is sending idle pattern if idle is defined for this spacecraft; Active means the CMG is sending CLTUs. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0871 Loss of Reference Signal by String N/A "", "10MHz Reference Signal Failure on CMG" CMG. This item is non-blank when the CMG notifies the CCP that it has lost its 10 MHz reference signal from the FTS. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0872 Overall CMG Status code. Integer N/A 1 = Operational, 2 = Busy, 3 = Deviation, 4 This is the overall Status of = Marginal, 5 = Critical the CMG assembly. M-0872 and M-0873 together give the overall CMG Status. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0873 Overall CMG Status qualifier. Integer N/A 0 = None This is the overall Status of the CMG assembly. M-0872 and M-0873 together give the overall CMG Status. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0874 TCT Error. This item is non- String N/A "", "TCT Failure Reported by CMG" blank when the CMG notifies the CCP that it has detected a TCT failure. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0875 This item is non-blank when String N/A "", "Out of Tolerance" the CMG notifies the CCP that the verification feedback signal failed to match the transmitted signal. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0876 This item is non-blank when String N/A "", "Watch dog timer expired" the CMG fails to communicate to the CCP within a predetermined time period. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0877 Command subcarrier phase Double degrees For UPL-6167-OPBV2.0.1: 20 to 85. For UPL- angle to be applied to the 6167-OPCV3.2.0: 17.18 to 89.95 command subcarrier in degrees. Note: the modulation index for X-band carriers must be limited to 80.21 degrees peak (1.40 radians) if verification feedback from the Exciter to the CMG is used. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0878 CMG subcarrier frequency Double Hz sine wave: 999 to 250075. square wave: 100 to 1000. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0879 Status of CMG amplitude Integer N/A 1 = operational, 5 = critical verification. The status will always be operational if verify mode is disabled. If verify mode is enabled, the status is critical if the verify amplitude is outside of the range, and operational otherwise. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0880 Status qualifier of CMG Integer N/A 0 = none amplitude verification. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-0881 Command subcarrier phase Double radians For UPL-6167-OPBV2.0.1: 0.35 to 1.48. For angle to be applied to the UPL-6167-OPCV3.2.0: 0.30 to 1.57. command subcarrier in radians. Note that the modulation index for X-band carriers must be limited to 1.40 radians (80.21 degrees) if verification feedback from the Exciter to the CMG is used. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-1039 Radiation bit format. String N/A "NRZ_L", "NRZ_M", "NRZ_S", "BIP_L", "BIP_M", "BIP_S" ------------------------------------------------------------------------------------------------------------ ulc/cmg M-1040 This is the currently String N/A "Sine", "Square" configured CMG subcarrier waveform. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-1041 The requested radiation data Double bps rate in bits per second. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-1042 Intercommand Modulation type. String N/A "Idle", "Subcarrier Only", "No Output" What to radiate when there are no command bits to radiate. ------------------------------------------------------------------------------------------------------------ ulc/cmg M-1043 Idle sequence bit pattern. Integer N/A 0 to 255 Bit pattern to radiate when there are no command bits to radiate and intercommand modulation type (M-1042) is "Idle". ------------------------------------------------------------------------------------------------------------ ulc/cmg M-1044 Text explanation of overall String N/A up to 242 characters long CMG Status (channels M-0872 and M-0873). This item is a human-readable text string that says why overall CMG Status has the value it has. If the situation is nominal, its value is the empty string. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1045 This is the Status code for Integer N/A 0 = Out of Service, 1 = Operational, 2 = the Exciter/Transmitter Busy, 3 = Deviation, 4 = Marginal, 5 = function Status. This is the Critical, 6 = Emergency status of the ETC hardware and software. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1046 This is the Status qualifier Integer N/A 0 = None for the Exciter/Transmitter function Status. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1047 Text explanation of the String N/A up to 242 characters long Exciter/Transmitter function Status (channels M-1045 and M- 1046). This item is a human- readable text string that says why Exciter/Transmitter function Status has the value it has. If the situation is nominal, its value is the empty string. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1049 Current Carrier Ramping Double Hz 0 to 35000000000 Frequency. This is the current ramp frequency being generated by the Exciter. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1050 Command Port on OS2 set to String N/A "OFF", "MOD1", "MOD2", "MOD3", "UNKN" receive command data. This is the hardware port between the exciter and the CMG. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1051 This is the current status Integer N/A 0 = Off, 1 = On from the ETC of the exciter command modulation connection telling if the command signal can be modulated onto the exciter carrier. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1052 Time at which the modulation String N/A "hh:mm:ss" Status (M-1051) value last changed. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1053 Ranging port on OS2 set to String N/A "OFF", "MOD1", "MOD2", "UNKN" receive ranging data. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1054 This is the current Status of Integer N/A 0 = Off, 1 = On the exciter range modulation connection telling if the ranging signal can be modulated onto the exciter carrier. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1055 Time at which the Exciter String N/A "hh:mm:ss" Range Modulation Status (channel M-1054) last changed. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1056 Current tuning frequency Double Hz/sec 0.0 to 80000.0 rate. This is the current tuning frequency rate. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1057 Current tuning frequency Double Hz 0 to 6000000 sweep range. This is the current tuning frequency sweep range. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1058 Dwell 0 value. This is the Integer seconds 0 to 999 first Dwell time setting. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1059 Dwell 1 value. This is the Integer seconds 0 to 999 second Dwell time setting. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1060 Dwell 2 value. This is the Integer seconds 0 to 999 third Dwell time setting. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1061 This is the day of year the Integer day of year 0 to 366 first ramp starts. The effect on downlink will occur one Round-Trip Light Time (RTLT) later. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1062 This is the seconds of day Integer seconds 0 to 86401 (channel M-1061 gives the day of year) the first ramp starts. The effect on downlink will occur one Round- Trip Light Time (RTLT) later. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1063 The Day of Year that the last Integer day of year 0 to 366 ramp ends. The effect on downlink will occur one Round Trip Light Time (RTLT) later. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1064 This is the seconds of day Integer seconds 0 to 86401 (channel M-1063 give the day of year) the last ramp ends. The effect on downlink will occur one Round Trip Light Time (RTLT) later. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1065 Identifier of the current String N/A "X4K", "S400K", "K800W", "S20K", "X20K", transmitter. Contains the "TXR20K", "N/A" name of the currently scheduled transmitter. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1066 Indicates whether the String N/A "OFF", "ON", "SAFE" transmitter amplifier is on or not. ON means the beam is on and the transmitter has the capability to amplify the drive signal. OFF means there is no high voltage power to the amplifier. In this state, the beam can be turned on by the network operator. SAFE means the beam is off and the transmitter is locked into the safe mode. In this state the beam cannot be turned on by the network operator. This state occurs when technicians/maintenance personnel are working on or near the transmitter hardware. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1067 Scheduled transmitter power Float kW 0 to 500 output to antenna horn. Contains the measured power output to the antenna horn of the scheduled transmitter. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1068 Current State of the String N/A "OFF", "WARM", "CALIBRATE", "STANDBY", Scheduled Transmitter. "TUNE", "OPERATE" Current State of the Scheduled Transmitter. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1069 Numerical indication of which Integer N/A 0 = No transmitter is selected, 1 = transmitter is in use. Transmitter #1 is selected, 2 = Transmitter #2 is selected, 3 = Transmitter #3 is selected. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1070 This is the current Status of Integer N/A 0 = Off, 1 = On the transmitter. It indicates whether the carrier is going out of the horn. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1071 Time at which the transmitter String N/A "hh:mm:ss" Status (M-1070) last changed. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1072 This indicator shows the Integer N/A 0 = Off (no ramps scheduled),1 = On (ramps Status of the current ramps. are scheduled) ------------------------------------------------------------------------------------------------------------ ulc/etc M-1073 Day of year of the uplink Integer day of year 0 to 366 carrier phase data time tag. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1074 Seconds of day (channel M- Integer seconds 0 to 86401 1073 is the day of year) of the uplink carrier phase data time tag. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1076 This is the band that the Integer N/A 0 = Unknown, 1 = S-band, 2 = X-band, 3 = Ka- Uplink carrier is currently band set for. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1080 Scheduled transmitter current String N/A "ANT", "WTR", "ERR" output switch setting. This indicates whether the exciter is configured to send the signal out the antenna or to a water load. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1081 File name of the uplink String N/A any ASCII string up to 242 characters predicts file being used. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1082 Current Exciter Template String N/A any ASCII string up to 242 characters File. This contains the file name for the current Template File that is loaded on the UPL. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1083 Exciter Drive Setting. This String N/A "OFF", "ON", "UNKNOWN" is the current exciter drive setting. ------------------------------------------------------------------------------------------------------------ ulc/etc M-1084 This is the nominal Double Hz 0 to 35000000000 spacecraft frequency setting generated by the Exciter hardware (at T0). ------------------------------------------------------------------------------------------------------------ ulc/etc M-1085 This is the frequency offset Float Hz -10000000.0 to 10000000.0 added to the frequency predicts. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0976 This is the Status code for Integer N/A 0 = Out of Service, 1 = Operational, 2 = the Uplink Ranging function Busy, 3 = Deviation, 4 = Marginal, 5 = Status. Critical, 6 = Emergency ------------------------------------------------------------------------------------------------------------ ulc/urc M-0977 This is the Status qualifier Integer N/A 0 = None for the Uplink Ranging function Status. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0978 Text explanation of the String N/A up to 242 characters long Uplink Ranging function Status (channels M-0976 and M- 0977). This item is a human- readable text string that says why Uplink Ranging function Status has the value it has. If the situation is nominal, its value is the empty string. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0979 Day of year the ranging Integer day of year 0 to 366 modulation was started; the first range transmit T0. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0980 Seconds of day (channel M- Integer seconds 0 to 86401 0979 contains the day of year) the ranging modulation was started; the first range transmit T0. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0981 Current mode of the uplink String N/A "IDLE", "TRK", "CAL", "DIAG" ranging function. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0982 Type of ranging modulation. String N/A "SSIN", "SSQ", "PSIN", "PSQ", "PCON" SSIN = Sequential, Sinewave clock. SSQ = Sequential, Squarewave clock. PSIN = Pseudo-Noise, Sinewave clock. PSQ = Pseudo-Noise, Squarewave clock. PCON = Pseudo-Noise, No clock. This has a continuous spread spectrum modulation. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0983 Spacecraft ID from the Integer N/A 0 to 255 support data ranging configuration file. There is one configuration file per spacecraft so the spacecraft ID indicates which configuration file is being used. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0984 The polarity of the uplink String N/A "PLUS", "MINUS" ranging modulation. PLUS = plus, same polarity as a +sinewave. MINUS = minus, same polarity as a -sinewave. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0985 Suppression of carrier by Float dB 0.0 to 9.0 ranging modulation, from ranging configuration table. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0986 T1 setting. T1 is the time Float seconds 0.0 to 9999.9 duration for the clock or highest frequency tone. It is the first segment of sequential tone ranging. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0987 T2 setting. T2 is the time Float seconds 0.0 to 9999.9 duration for each succession of lower and lower frequency tones transmitted. It is the second segment of sequential tone ranging. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0988 T3 setting. T3 is the time Float seconds 0.0 to 9999.9 duration for the clock segment again and is the last portion of the sequential tone ranging. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0989 Clock component number. Integer N/A 1 to 24 ------------------------------------------------------------------------------------------------------------ ulc/urc M-0990 Last component number. Integer N/A 1 to 24 ------------------------------------------------------------------------------------------------------------ ulc/urc M-0991 Chop component number. Integer N/A 1 to 24 ------------------------------------------------------------------------------------------------------------ ulc/urc M-0992 Component number where the Integer N/A 1 to 25 chopping starts being applied. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0993 Number of DRVID measurements. Integer N/A 0 to 999 ------------------------------------------------------------------------------------------------------------ ulc/urc M-0994 The reference signal is Integer N/A 1 to 64 (normally 64) divided by this value to get the modulation clock. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0995 Length of the 1st PN Integer symbols 0 to 32 sequence. (chips) ------------------------------------------------------------------------------------------------------------ ulc/urc M-0996 The symbol (chip) pattern of Integer N/A 0 to 0xffff the 1st PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0997 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 1st PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-0998 Length of the 2nd PN Integer symbols 0 to 32 sequence. (chips) ------------------------------------------------------------------------------------------------------------ ulc/urc M-0999 The symbol (chip) pattern of Integer N/A 0 to 0xffff the 2nd PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1000 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 2nd PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1001 Length of the 3rd PN Integer symbols 0 to 32 sequence. (chips) ------------------------------------------------------------------------------------------------------------ ulc/urc M-1002 The symbol (chip) pattern of Integer N/A 0 to 0xffff the 3rd PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1003 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 3rd PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1004 Length of the 4th PN Integer symbols 0 to 32 sequence. (chips) ------------------------------------------------------------------------------------------------------------ ulc/urc M-1005 The symbol (chip) pattern of Integer N/A 0 to 0xffff the 4th PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1006 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 4th PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1007 Length of the 5th PN Integer symbols 0 to 32 sequence. (chips) ------------------------------------------------------------------------------------------------------------ ulc/urc M-1008 The symbol (chip) pattern of Integer N/A 0 to 0xffff the 5th PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1009 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 5th PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1010 Length of the 6th PN Integer symbols 0 to 32 sequence. (chips) ------------------------------------------------------------------------------------------------------------ ulc/urc M-1011 The symbol (chip) pattern of Integer N/A 0 to 0xffff the 6th PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1012 The Boolean operation String N/A "AND", "OR", "XOR", "MVT" associated with the 6th PN sequence. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1013 1 = ON, the exciter ranging Integer N/A 0, 1 port is set to the URC, and the URC is producing range tones. 0 = OFF, no range tones being modulated on the carrier (the default). ------------------------------------------------------------------------------------------------------------ ulc/urc M-1086 Ranging state. Indicates String N/A "DISABLED","ENABLED" whether uplink ranging is enabled or disabled. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1087 Ranging data output switch. String N/A "DISABLED", "ENABLED" If enabled, range data is being sent out. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1088 Number of range blocks sent Integer blocks 0 to (2^31 - 1) by the ranging assembly of uplink. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1089 Carrier data output switch. String N/A "DISABLED", "ENABLED" If enabled, carrier data is being sent out. ------------------------------------------------------------------------------------------------------------ ulc/urc M-1090 Number of carrier blocks sent Integer blocks 0 to (2^31 - 1) by the ranging assembly of uplink. ------------------------------------------------------------------------------------------------------------ uwv M-3300 Rainblower water pressure String N/A "ON", "OFF", "N/A", "UNKN" sensors for 34M HEF antennas. ------------------------------------------------------------------------------------------------------------ uwv M-3301 Rainblower air pressure for String N/A "ON", "OFF", "N/A", "UNKN" 34M HEF antennas. ------------------------------------------------------------------------------------------------------------ uwv M-3302 Rainblower water pressure String N/A "ON", "OFF", "N/A", "UNKN" sensors for 70M antennas. ------------------------------------------------------------------------------------------------------------ uwv M-3303 Rainblower air pressure for String N/A "ON", "OFF", "N/A", "UNKN" 70M antennas. ------------------------------------------------------------------------------------------------------------ uwv M-3304 The polarization of the String N/A "RCP", "LCP", "N/A", "UNKN" transmission signal for S- band. ------------------------------------------------------------------------------------------------------------ uwv M-3305 The polarization of the String N/A "RCP", "LCP", "N/A", "UNKN" transmission signal for X- band. ------------------------------------------------------------------------------------------------------------ uwv M-3306 The polarization of the String N/A "RCP", "LCP", "N/A", "UNKN" transmission signal for Ka- band. ------------------------------------------------------------------------------------------------------------ uwv M-3307 The polarization of the String N/A "RCP", "LCP", "N/A", "UNKN" transmission signal for L- band. ------------------------------------------------------------------------------------------------------------ *The monitor data in these channels have not yet been implemented by the originating DSN subsystem. The next delivery of the subsystem should include these items. Until that time, though, these channels will not appear in the 0158-Monitor SFDUs. Table A-3 lists the monitor channel IDs in channel ID order and shows the origin of the channel: a 34M/70M subsystem, the 26M equipment, or both. This table is meant as an aid to the user who knows a channel ID and wants to look up its description in tables A-1 and/or A-2. Table A-3 Channel ID Lookup Channel ID 34M/70M Subsystem 26M Subsystem 34M/70M DSN Parameter Name M-0037 ce Support Description SpacecraftNumber M-0042 ce DssList M-0049 Support Description M-0064 Support Description M-0100 Receiver Status M-0101 tgc C1PDW M-0104 tgc Telemetry Status and Performance C1RATE M-0109 tgc C1SCFR1 M-0115 tgc C1BCSTS M-0116 tgc C1BCSTS M-0125 tgc C1MCSTS M-0126 tgc C1MCSTS M-0130 tgc C1MCSNR M-0140 tgc C1ILBET M-0141 tgc C1OLBET M-0142 tgc C1ILTH M-0143 tgc C1OLTH M-0144 tgc C1FSSSTV M-0147 tgc Telemetry Status and Performance C1FSSSTS M-0148 tgc C1OLCODE M-0149 tgc C1ILFRMS M-0152 tgc C1BITSAQ M-0153 tgc C1FLYWHS M-0169 tgc C1RSSNR M-0182 Telemetry Data Accountability, Channel 1 M-0183 Telemetry Data Accountability, Channel 1 M-0190 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount1 Channel 1 M-0191 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount2 Channel 1 M-0192 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount3 Channel 1 M-0193 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount4 Channel 1 M-0194 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount5 Channel 1 M-0195 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount6 Channel 1 M-0196 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount7 Channel 1 M-0197 dcc1 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount8 Channel 1 M-0200 Receiver Status M-0201 tgc C2PDW M-0204 tgc Telemetry Status and Performance C2RATE M-0209 tgc C2SCFR1 M-0215 tgc C2BCSTS M-0216 tgc C2BCSTS M-0225 tgc C2MCSTS M-0226 tgc C2MCSTS M-0230 tgc C2MCSNR M-0240 tgc C2ILBET M-0241 tgc C2OLBET M-0242 tgc C2ILTH M-0243 tgc C2OLTH M-0244 tgc C2FSSSTV M-0247 tgc Telemetry Status and Performance C2FSSSTS M-0248 tgc C2OLCODE M-0249 tgc C2ILFRMS M-0252 tgc C2BITSAQ M-0253 tgc C2FLYWHS M-0269 tgc C2RSSNR M-0282 Telemetry Data Accountability, Channel 2 M-0283 Telemetry Data Accountability, Channel 2 M-0290 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount1 Channel 2 M-0291 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount2 Channel 2 M-0292 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount3 Channel 2 M-0293 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount4 Channel 2 M-0294 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount5 Channel 2 M-0295 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount6 Channel 2 M-0296 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount7 Channel 2 M-0297 dcc2 (Telemetry) Telemetry Data Accountability, tlm.perf.fmt.vcCount8 Channel 2 M-0301 apa, apc apa: ELAPD70, ELAPDHE; apc: ELAPD M-0302 apa, apc apa: ELAPD70, ELAPDHE; apc: ELAPD M-0303 apa, apc apa: ELAPD70, ELAPDHE; apc: ELAPD M-0304 apc ELANG M-0305 apc AZANG M-0306 apc AZRES M-0307 apc ELRES M-0308 apa, apc apa: CNSCN70, CNSCNHE; apc: CNSCNDRV M-0309 apa, apc apa: LPSTAT70, LPSTATHE; apc: LPSTAT M-0311 mda Tracking Status WAY1 M-0314 mda Tracking Status WAY2 M-0324 apa ELANG70, ELANGHE M-0325 apa AZANG70, AZANGHE M-0326 apa AZRES70, AZRESHE M-0327 apa ELRES70, ELRESHE M-0346 rcc BAND1 M-0349 Receiver Status M-0373 rcc CLSTAT2 M-0374 rcc CLSTAT2 M-0376 rcc BAND2 M-0379 Receiver Status M-0500 cpa DSSID M-0504 etc TXR1 M-0505 etc TBEAM1 M-0509 etc TXPWR1 M-0514 tx_hp HITXRID M-0515 tx_hp HIBEAM M-0519 tx_hp HIPWR M-0524 Transmitter Status M-0526 Transmitter Status M-0527 Transmitter Status M-0534 cpa CMAMDE M-0535 etc Command Status and Performance CMDMOD M-0536 cpa Command Status and Performance CARSUP M-0537 cpa DRATE M-0541 Command Data Accountability M-0542 Command Data Accountability M-0543 etc TXROP M-0544 etc TXR2 M-0545 etc TBEAM2 M-0546 etc TXPWR2 M-0547 etc TXR3 M-0548 etc TBEAM3 M-0549 etc TXPWR3 M-0611 mda DOPNS1 M-0614 mda DOPRS1 M-0615 mda RNGRS1 M-0616 etc RNGMOD M-0617 mda RNGSUP1 M-0618 mda PRNO1 M-0619 mda LAST1 M-0620 mda RNGT1_1 M-0621 mda RNGT2_1 M-0622 mda RNGT3_1 M-0623 mda DOPFRQ1 M-0640 etc TR M-0641 etc SR M-0642 etc DWL0 M-0643 etc DWL1 M-0644 etc DWL2 M-0645 etc T0 M-0646 etc T0 M-0647 etc T0 M-0654 Antenna Pointing M-0655 Antenna Pointing M-0656 Antenna Pointing M-0714 rcc CLSTAT1 M-0716 rcc CLSTAT1 M-0717 rcc CARRLST1 M-0718 rcc SUB1LST1 M-0719 rcc SYM1LST1 M-0720 rcc SUB2LST1 M-0721 rcc SYM2LST1 M-0723 rcc PCNO1 M-0724 rcc SNTPD1 M-0725 rcc SNT1 M-0727 rcc PC1 M-0729 rcc PDNO11 M-0730 rcc SS1SNPD1 M-0731 rcc SSNR11 M-0733 rcc PDNO21 M-0734 rcc SS2SNPD1 M-0735 rcc SSNR21 M-0737 rcc SPE1 M-0739 rcc CARRLPB1 M-0741 rcc CARRBW1 M-0742 rcc SUB1BW1 M-0743 rcc SYM1BW1 M-0744 rcc SUB2BW1 M-0745 rcc SYM2BW1 M-0746 rcc FC1 M-0748 rcc SYM1RAT1 M-0749 rcc SYM2RAT1 M-0767 rcc CARRLST2 M-0768 rcc SUB1LST2 M-0769 rcc SYM1LST2 M-0770 rcc SUB2LST2 M-0771 rcc SYM2LST2 M-0773 rcc PCNO2 M-0774 rcc SNTPD2 M-0775 rcc SNT2 M-0777 rcc PC2 M-0779 rcc PDNO12 M-0780 rcc SS1SNPD2 M-0781 rcc SSNR12 M-0783 rcc PDNO22 M-0784 rcc SS2SNPD2 M-0785 rcc SSNR22 M-0787 rcc SPE2 M-0789 rcc CARRLPB2 M-0791 rcc CARRBW2 M-0792 rcc SUB1BW2 M-0793 rcc SYM1BW2 M-0794 rcc SUB2BW2 M-0795 rcc SYM2BW2 M-0796 rcc FC2 M-0798 rcc SYM1RAT2 M-0799 rcc SYM2RAT2 M-0800 rcc R1PDXMOD M-0801 rcc R2PDXMOD M-0802 rcc R1TBLID M-0803 rcc R2TBLID M-0804 apc AZESTMP1 M-0805 apc ELESTMP1 M-0806 apc AZESTMP2 M-0807 apc ELESTMP2 M-0808 apc AZESTMP3 M-0809 apc ELESTMP3 M-0810 apc AZESTMP4 M-0811 apc ELESTMP4 M-0812 apc AZESTMP5 M-0813 apc ELESTMP5 M-0814 apc AZCORMP M-0815 apc ELCORMP M-0816 apc AALPHA M-0817 apc ABETA M-0818 apc CNSCNTYP M-0819 apc RCVSNR M-0820 apc ABCX M-0821 apc ABCY M-0822 apc ABER M-0850 ulc/ccp CltuAbortSource M-0851 ulc/ccp CmdMod M-0852 ulc/ccp ControlMode M-0853 ulc/ccp ExcMonitoring, FrontEndMonitoring M-0854 ulc/ccp ExcMonitoring, FrontEndMonitoring M-0855 ulc/ccp TxrMonitoring M-0856 ulc/ccp TxrMonitoring M-0857 ulc/ccp TxrOutput M-0858 ulc/ccp TotalCltusRadiated M-0859 ulc/ccp TpBlocksCmd M-0860 ulc/ccp TpBlocksReceived M-0861 ulc/ccp TpBlocksRejected M-0862 ulc/ccp TpCltusAborted M-0863 ulc/ccp TpCltusFlushed M-0864 ulc/ccp TpOverflowWarning M-0865 ulc/ccp TpPctQueueFull M-0866 ulc/cmg CarrierSup M-0867 ulc/cmg ActualDataRate M-0868 ulc/cmg CmgCltuLoadError M-0869 ulc/cmg Modulation M-0870 ulc/cmg Mode M-0871 ulc/cmg ReferenceSignalFailure M-0872 ulc/cmg Status M-0873 ulc/cmg Status M-0874 ulc/cmg TctError M-0875 ulc/cmg VerificationSignalError M-0876 ulc/cmg WatchDogError M-0877 ulc/cmg ModIndexDegrees M-0878 ulc/cmg SubcarFrequency M-0879 ulc/cmg VerifyTolStatus M-0880 ulc/cmg VerifyTolStatus M-0881 ulc/cmg ModIndexRadians M-0882 ulc/ccp CltuInitiatorId M-0883 ulc/ccp CltuResponderId M-0884 ulc/ccp ServiceMode M-0885 etc UPFRQ M-0886 ulc/ccp CltuCltusAborted M-0887 ulc/ccp CltuCltusAccepted M-0888 ulc/ccp CltuCltusExpired M-0889 ulc/ccp CltuCltusFlushed M-0890 ulc/ccp CltuCltusProcessed M-0891 ulc/ccp CltuCltusReceived M-0892 ulc/ccp CltuCltusRejected M-0893 ulc/ccp CltuNumInQueue M-0894 ulc/ccp TpBlocksTest M-0895 ulc/ccp TpBlocksValid M-0961 Receiver Status M-0962 Receiver Status M-0969 ulc VersionID M-0970 ulc Status M-0971 ulc Status M-0972 ulc StatusText M-0973 ulc uplinkAssemblyNumber M-0974 ulc ConfiguredSpacecraft M-0975 ulc ConfiguredPass M-0976 ulc/urc Status M-0977 ulc/urc Status M-0978 ulc/urc StatusText M-0979 ulc/urc upRngStartDay M-0980 ulc/urc upRngStartSec M-0981 ulc/urc rng.perf.currentMode M-0982 ulc/urc rng.config.patternType M-0983 ulc/urc rng.config.scId M-0984 ulc/urc rng.config.modPolarity M-0985 ulc/urc rng.config.csv M-0986 ulc/urc rng.config.t1Xmit M-0987 ulc/urc rng.config.t2Xmit M-0988 ulc/urc rng.config.t3Xmit M-0989 ulc/urc rng.config.clock M-0990 ulc/urc rng.config.last M-0991 ulc/urc rng.config.chop M-0992 ulc/urc rng.config.chopStrt M-0993 ulc/urc rng.config.drvn M-0994 ulc/urc rng.config.clockDiv M-0995 ulc/urc rng.config.comp1Len M-0996 ulc/urc rng.config.comp1Def M-0997 ulc/urc rng.config.comp1Bool M-0998 ulc/urc rng.config.comp2Len M-0999 ulc/urc rng.config.comp2Def M-1000 ulc/urc rng.config.comp2Bool M-1001 ulc/urc rng.config.comp3Len M-1002 ulc/urc rng.config.comp3Def M-1003 ulc/urc rng.config.comp3Bool M-1004 ulc/urc rng.config.comp4Len M-1005 ulc/urc rng.config.comp4Def M-1006 ulc/urc rng.config.comp4Bool M-1007 ulc/urc rng.config.comp5Len M-1008 ulc/urc rng.config.comp5Def M-1009 ulc/urc rng.config.comp5Bool M-1010 ulc/urc rng.config.comp6Len M-1011 ulc/urc rng.config.comp6Def M-1012 ulc/urc rng.config.comp6Bool M-1013 ulc/urc rng.config.rngModTones M-1014 ulc/ccp CmdModChangeTime M-1015 ulc/ccp CmdModChangeTime M-1016 ulc/ccp CmdModChangeTime M-1017 ulc/ccp RadiationStatus M-1018 ulc/ccp ServiceTableFile M-1019 ulc/ccp CltuServiceInstanceId M-1020 ulc/ccp CltuCheckCredential M-1021 ulc/ccp ConfiguredSet M-1022 ulc/ccp Status M-1023 ulc/ccp Status M-1024 ulc/ccp StatusText M-1025 ulc/ccp ConfigStatus M-1026 ulc/ccp ConfigStatus M-1027 ulc/ccp ConfigStatusText M-1028 ulc/ccp ServiceStatus M-1029 ulc/ccp ServiceStatus M-1030 ulc/ccp ServiceStatusText M-1031 ulc/ccp CltuServiceState M-1032 ulc/ccp CltuProductionState M-1033 ulc/ccp CltuSendAcqSeq M-1034 ulc/ccp MaxCltuSize M-1035 ulc/ccp MinCltuSize M-1036 ulc/ccp CltuLastCltuReceived M-1037 ulc/ccp CltuLastCltuAccepted M-1038 ulc/ccp CltuLastCltuRadiated M-1039 ulc/cmg BitFormat M-1040 ulc/cmg SubcarWaveForm M-1041 ulc/cmg RequestedDataRate M-1042 ulc/cmg InterModulationType M-1043 ulc/cmg IdleSequence M-1044 ulc/cmg StatusText M-1045 ulc/etc Status M-1046 ulc/etc Status M-1047 ulc/etc StatusText M-1049 ulc/etc CarrierFrequency M-1050 ulc/etc CommandModulation M-1051 ulc/etc CmdModStatus M-1052 ulc/etc CmdModStatusTime M-1053 ulc/etc RangeModulation M-1054 ulc/etc RngModStatus M-1055 ulc/etc RngModStatusTime M-1056 ulc/etc TuningRate M-1057 ulc/etc SweepRange M-1058 ulc/etc Dwell0 M-1059 ulc/etc Dwell1 M-1060 ulc/etc Dwell2 M-1061 ulc/etc tuneStartDay M-1062 ulc/etc tuneStartSec M-1063 ulc/etc tuneEndDay M-1064 ulc/etc tuneEndSec M-1065 ulc/etc TransmitterName M-1066 ulc/etc TransmitterBeamSetting M-1067 ulc/etc TransmitterPowerOutput M-1068 ulc/etc TransmitterState M-1069 ulc/etc txrOper M-1070 ulc/etc TxrOutputStatus M-1071 ulc/etc TxrOutputStatusTime M-1072 ulc/etc upAcqIndicator M-1073 ulc/etc upCarDay M-1074 ulc/etc upCarSec M-1076 ulc/etc uplinkBand M-1077 ulc/ccp TxrOutputStatus M-1078 ulc/ccp TxrOutputStatus M-1079 ulc/ccp TxrOutputText M-1080 ulc/etc TransmitterSwitch M-1081 ulc/etc upPredictsID M-1082 ulc/etc ExciterTemplateId M-1083 ulc/etc ExciterDrive M-1084 ulc/etc SpacecraftFrequency M-1085 ulc/etc upPredictsFrequencyOffset M-1086 ulc/urc rng.config.state M-1087 ulc/urc rng.config.rangeOutput M-1088 ulc/urc rng.perf.blocksSent M-1089 ulc/urc rng.config.trkDataOutput M-1090 ulc/urc rng.perf.carBlocksSent M-1200 dcc1 (Status) smon.status.sum.sys.status M-1201 dcc1 (Status) smon.status.sum.sys.status M-1202 dcc1 (Status) smon.status.sum.rec.general M-1203 dcc1 (Status) smon.status.sum.rec.general M-1204 dcc1 (Status) smon.status.sum.rrp.general M-1205 dcc1 (Status) smon.status.sum.rrp.general M-1206 dcc1 (Status) smon.status.sum.dcc.general M-1207 dcc1 (Status) smon.status.sum.dcc.general M-1208* dcc1 (Status) smon.status.sum.rrp.mp.general M-1209* dcc1 (Status) smon.status.sum.rrp.mp.general M-1210 dcc1 (Status) smon.status.sum.rng.general M-1211 dcc1 (Status) smon.status.sum.rng.general M-1212 dcc1 (Status) smon.status.sum.tlp.general M-1213 dcc1 (Status) smon.status.sum.tlp.general M-1214* dcc1 (Status) smon.status.sum.tlp.mcd3.general M-1215* dcc1 (Status) smon.status.sum.tlp.mcd3.general M-1216* dcc1 (Status) smon.status.sum.tlp.turbo.general M-1217* dcc1 (Status) smon.status.sum.tlp.turbo.general M-1240 dcc1 (Configuration) DccChannel M-1241 dcc1 (Configuration) ChannelDss M-1242 dcc1 (Configuration) rcv.config.scDep.scId M-1243 dcc1 (Configuration) ChannelPass M-1244 dcc1 (Configuration) dc.perf.missionId M-1245 dcc1 (Configuration) rcv.config.scDep.downBand M-1246 dcc1 (Configuration) rcv.config.scDep.upBand M-1247 dcc1 (Configuration) rcv.config.tableId M-1248 dcc1 (Configuration) rcv.config.scDep.pdxMode M-1250 dcc1 (Configuration) rcv.config.scDep.uplinkDss M-1251 dcc1 (Configuration) rcv.config.car.freqPred M-1252 dcc1 (Configuration) rcv.config.sub.freqPred M-1253 dcc1 (Configuration) rcv.config.sym.ratePredicts M-1254 dcc1 (Configuration) rcv.config.nar.sntMode M-1255 dcc1 (Configuration) rcv.config.rxDep.mpSwitch M-1256 dcc1 (Configuration) dc.config.trkSetName M-1257 dcc1 (Configuration) dc.perf.autom.rpdxChangeTime M-1258 dcc1 (Configuration) dc.perf.autom.rpdxChangeTime M-1259 dcc1 (Configuration) dc.perf.autom.rpdxChangeTime M-1260 dcc1 (Configuration) rcv.config.rxDep.useTpdx M-1261 dcc1 (Configuration) dc.config.tlmSetName M-1262 dcc1 (Configuration) rng.config.state M-1263 dcc1 (Configuration) rng.config.trkDataOutput M-1264 dcc1 (Configuration) rng.config.rangeOutput M-1265 dcc1 (Configuration) tlm.config.gen.output M-1266 dcc1 (Configuration) dc.perf.signal.lnaId M-1267 dcc1 (Configuration) dc.perf.signal.polarization M-1268 dcc1 (Configuration) dc.perf.signal.path M-1290 dcc1 (Carrier Loop) rcv.perf.car.timeTag M-1291 dcc1 (Carrier Loop) rcv.perf.car.timeTag M-1292 dcc1 (Carrier Loop) rcv.perf.car.timeTag M-1293 dcc1 (Carrier Loop) dc.perf.autom.acqStartTime M-1294 dcc1 (Carrier Loop) dc.perf.autom.acqStartTime M-1295 dcc1 (Carrier Loop) dc.perf.autom.acqStartTime M-1296 dcc1 (Carrier Loop) dc.perf.autom.carLockStatusTime M-1297 dcc1 (Carrier Loop) dc.perf.autom.carLockStatusTime M-1298 dcc1 (Carrier Loop) dc.perf.autom.carLockStatusTime M-1299 dcc1 (Carrier Loop) rcv.perf.car.loopBw M-1300 dcc1 (Carrier Loop) rcv.config.car.loopType M-1301 dcc1 (Carrier Loop) dc.perf.autom.carLockStatus M-1302 dcc1 (Carrier Loop) rcv.perf.car.loopStatus M-1303 dcc1 (Carrier Loop) dc.perf.autom.dataLockStatus M-1304 dcc1 (Carrier Loop) rcv.perf.car.freqEst M-1305 dcc1 (Carrier Loop) dc.perf.resid.carFreq M-1306 dcc1 (Carrier Loop) dc.perf.resid.dopp M-1307 dcc1 (Carrier Loop) rcv.perf.car.rateEst M-1308 dcc1 (Carrier Loop) rcv.perf.car.accelEst M-1309 dcc1 (Carrier Loop) rng.perf.dopNoise M-1310 dcc1 (Carrier Loop) rcv.perf.car.carPwrEst M-1311 dcc1 (Carrier Loop) dc.perf.resid.pc M-1312 dcc1 (Carrier Loop) rcv.perf.sub.pdEst M-1313 dcc1 (Carrier Loop) dc.perf.resid.pd M-1314 dcc1 (Carrier Loop) rcv.perf.car.spe M-1315 dcc1 (Carrier Loop) rcv.perf.car.pcnoEst M-1316 dcc1 (Carrier Loop) dc.perf.resid.pcno M-1317 dcc1 (Carrier Loop) rcv.perf.car.trackingMode M-1318 dcc1 (Carrier Loop) rcv.perf.car.snt M-1319 dcc1 (Carrier Loop) dc.perf.resid.snt M-1320 dcc1 (Carrier Loop) rcv.perf.car.freqPredicts M-1321 dcc1 (Carrier Loop) rng.perf.cycleSlips M-1322 dcc1 (Carrier Loop) rcv.config.carAcq.useFft M-1323 dcc1 (Carrier Loop) rcv.perf.state.carFft M-1340 dcc1 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-1341 dcc1 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-1342 dcc1 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-1343 dcc1 (Subcarrier rcv.perf.sub.freqEst Loop) M-1344 dcc1 (Subcarrier dc.perf.resid.subFreq Loop) M-1345 dcc1 (Subcarrier rcv.perf.sub.loopBandwidth Loop) M-1346 dcc1 (Subcarrier rcv.config.sub.loopType Loop) M-1347 dcc1 (Subcarrier rcv.perf.sub.currentWindowWidth Loop) M-1348 dcc1 (Subcarrier dc.perf.autom.subLockStatus Loop) M-1349* dcc1 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-1350* dcc1 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-1351* dcc1 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-1352 dcc1 (Subcarrier rcv.perf.sub.loopStatus Loop) M-1353 dcc1 (Subcarrier rcv.perf.sub.pdnoEst Loop) M-1354 dcc1 (Subcarrier dc.perf.resid.pdno Loop) M-1355 dcc1 (Subcarrier rcv.perf.sub.spe Loop) M-1356 dcc1 (Subcarrier rcv.config.sub.waveForm Loop) M-1357 dcc1 (Subcarrier rcv.perf.sub.freqPredicts Loop) M-1358 dcc1 (Subcarrier rcv.config.subAcq.useFft Loop) M-1359 dcc1 (Subcarrier rcv.perf.state.subFft Loop) M-1380 dcc1 (Symbol Loop) dc.perf.autom.symRateChangeTime M-1381 dcc1 (Symbol Loop) dc.perf.autom.symRateChangeTime M-1382 dcc1 (Symbol Loop) dc.perf.autom.symRateChangeTime M-1383 dcc1 (Symbol Loop) rcv.perf.sym.rateEst M-1384 dcc1 (Symbol Loop) dc.perf.resid.symRate M-1385 dcc1 (Symbol Loop) rcv.perf.sym.loopBandwidth M-1386 dcc1 (Symbol Loop) rcv.config.sym.loopType M-1387 dcc1 (Symbol Loop) rcv.perf.sym.currentWindowWidth M-1388 dcc1 (Symbol Loop) dc.perf.autom.symLockStatus M-1389* dcc1 (Symbol Loop) dc.perf.autom.symLockStatusTime M-1390* dcc1 (Symbol Loop) dc.perf.autom.symLockStatusTime M-1391* dcc1 (Symbol Loop) dc.perf.autom.symLockStatusTime M-1392 dcc1 (Symbol Loop) rcv.perf.sym.loopStatus M-1393 dcc1 (Symbol Loop) rcv.perf.sym.snrEst M-1394 dcc1 (Symbol Loop) dc.perf.resid.symSnr M-1395 dcc1 (Symbol Loop) rcv.perf.sym.spe M-1396 dcc1 (Symbol Loop) rcv.config.sym.format M-1397 dcc1 (Symbol Loop) rcv.config.sym.smoothing M-1398 dcc1 (Symbol Loop) rcv.perf.sym.ratePred M-1399 dcc1 (Symbol Loop) rcv.config.symAcq.useFft M-1400 dcc1 (Symbol Loop) rcv.perf.state.symFft M-1415 dcc1 (Telemetry) tlm.config.fan.frameMode M-1416 dcc1 (Telemetry) tlm.perf.gen.rrpArrayStatus M-1417 dcc1 (Telemetry) tlm.config.fs.mode M-1418 dcc1 (Telemetry) tlm.config.fs.pattern M-1419 dcc1 (Telemetry) tlm.config.fs.patternLength M-1420 dcc1 (Telemetry) tlm.perf.fs.predictedBitRate M-1421 dcc1 (Telemetry) tlm.perf.fs.dataRate M-1422 dcc1 (Telemetry) tlm.perf.gen.tlpLockStatus M-1424 dcc1 (Telemetry) tlm.perf.gen.chanStatus M-1425* dcc1 (Telemetry) dc.perf.autom.decoderStartTime M-1426* dcc1 (Telemetry) dc.perf.autom.decoderStartTime M-1427* dcc1 (Telemetry) dc.perf.autom.decoderStartTime M-1428* dcc1 (Telemetry) dc.perf.autom.decoderLockStatusTime M-1429* dcc1 (Telemetry) dc.perf.autom.decoderLockStatusTime M-1430* dcc1 (Telemetry) dc.perf.autom.decoderLockStatusTime M-1431 dcc1 (Telemetry) tlm.perf.gen.decoderLockStatus M-1433 dcc1 (Telemetry) tlm.config.gen.decoderType M-1434 dcc1 (Telemetry) tlm.perf.gen.decoderSNR M-1436 dcc1 (Telemetry) tlm.config.b2cd.ilThreshold M-1437 dcc1 (Telemetry) tlm.config.b2cd.vecSet M-1438 dcc1 (Telemetry) tlm.config.b3cd.ilThreshold M-1439 dcc1 (Telemetry) tlm.config.b3cd.vecSet M-1440 dcc1 (Telemetry) tlm.config.fs.frameLengthPrimary M-1441 dcc1 (Telemetry) tlm.config.fs.ilBitErrorThreshold M-1442 dcc1 (Telemetry) tlm.config.fs.oolBitErrorThreshold M-1443 dcc1 (Telemetry) tlm.config.fs.ilThreshold M-1444 dcc1 (Telemetry) tlm.config.fs.oolThreshold M-1445* dcc1 (Telemetry) dc.perf.autom.fsStartTime M-1446* dcc1 (Telemetry) dc.perf.autom.fsStartTime M-1447* dcc1 (Telemetry) dc.perf.autom.fsStartTime M-1448* dcc1 (Telemetry) dc.perf.autom.fsLockStatusTime M-1449* dcc1 (Telemetry) dc.perf.autom.fsLockStatusTime M-1450* dcc1 (Telemetry) dc.perf.autom.fsLockStatusTime M-1451 dcc1 (Telemetry) tlm.perf.fs.lockStatus M-1452 dcc1 (Telemetry) tlm.perf.fs.bitToAcquire M-1453 dcc1 (Telemetry) tlm.perf.gen.blocksOutput M-1455 dcc1 (Telemetry) tlm.perf.fs.frameTotalCount M-1456 dcc1 (Telemetry) tlm.perf.fs.frameGoodCount M-1457 dcc1 (Telemetry) tlm.perf.fs.frameBadCount M-1458 dcc1 (Telemetry) tlm.perf.crc.crcLockStatus M-1459 dcc1 (Telemetry) tlm.config.fan.pnDecode M-1460 dcc1 (Telemetry) tlm.perf.crc.crcTotalFrameCount M-1461 dcc1 (Telemetry) tlm.perf.crc.crcGoodFrameCount M-1462 dcc1 (Telemetry) tlm.perf.crc.crcBadFrameCount M-1463 dcc1 (Telemetry) tlm.perf.rsd.lockStatus M-1464 dcc1 (Telemetry) tlm.perf.rsd.totalCodeWordCount M-1465 dcc1 (Telemetry) tlm.perf.rsd.goodCodeWordCount M-1466 dcc1 (Telemetry) tlm.perf.rsd.badCodeWordCount M-1467 dcc1 (Telemetry) tlm.perf.rsd.frameErrorRate M-1468 dcc1 (Telemetry) tlm.perf.rsd.codeWordErrorRate M-1469 dcc1 (Telemetry) tlm.perf.fs.totalInLockFrameCount M-1470 dcc1 (Telemetry) tlm.perf.fs.flywheelFrameCount M-1471 dcc1 (Telemetry) tlm.config.dft.formatTable M-1474 dcc1 (Telemetry) tlm.config.b2cd.oolThreshold M-1475 dcc1 (Telemetry) tlm.config.b3cd.oolThreshold M-1476 dcc1 (Telemetry) tlm.config.gen.diffDecoder M-1477 dcc1 (Telemetry) tlm.config.b2cd.altSymInv M-1478 dcc1 (Telemetry) tlm.config.b3cd.symSignInversion M-1479 dcc1 (Telemetry) tlm.perf.b2cd.metricNormalization M-1480 dcc1 (Telemetry) tlm.perf.b2cd.estimatedSymbolErrorRate M-1481 dcc1 (Telemetry) tlm.config.b2cd.nodeSyncChange M-1482 dcc1 (Telemetry) tlm.perf.b2cd.nodeSyncChangeCount M-1483 dcc1 (Telemetry) tlm.perf.b3cd.nodeSyncPosition M-1484 dcc1 (Telemetry) tlm.config.fs.frameLengthSecondary M-1485 dcc1 (Telemetry) tlm.perf.fs.correctFrameLength M-1486 dcc1 (Telemetry) tlm.perf.fs.selfTestResult M-1487 dcc1 (Telemetry) tlm.config.fs.bitSequence M-1488 dcc1 (Telemetry) tlm.config.fs.bitSlipWindow M-1489 dcc1 (Telemetry) tlm.perf.fs.inLockBer M-1490 dcc1 (Telemetry) tlm.perf.fs.syncDirection M-1491 dcc1 (Telemetry) tlm.perf.fs.currentPolarity M-1492 dcc1 (Telemetry) tlm.perf.fs.bitSlip M-1493 dcc1 (Telemetry) tlm.perf.fs.polarityChange M-1494 dcc1 (Telemetry) tlm.perf.fs.acquisitionCount M-1495 dcc1 (Telemetry) tlm.config.fan.interleave M-1496 dcc1 (Telemetry) tlm.config.fan.algorithm M-1497 dcc1 (Telemetry) tlm.perf.rsd.virtualFill M-1498 dcc1 (Telemetry) tlm.perf.rsd.symbolErrorRate M-1499 dcc1 (Telemetry) tlm.perf.rsd.selfTestResult M-1500 dcc1 (Ranging) rng.config.t0Trk M-1503* dcc1 (Ranging) dc.perf.autom.correlValidTime M-1504* dcc1 (Ranging) dc.perf.autom.correlValidTime M-1505* dcc1 (Ranging) dc.perf.autom.correlValidTime M-1506 dcc1 (Ranging) rng.perf.rangeLock M-1507 dcc1 (Ranging) rng.perf.blocksSent M-1508 dcc1 (Ranging) rng.perf.carBlocksSent M-1509 dcc1 (Ranging) rng.perf.totalAcqCompleted M-1510 dcc1 (Ranging) rng.perf.rangeConfidence M-1511 dcc1 (Ranging) rng.perf.residRuValue M-1512 dcc1 (Ranging) rng.perf.rangePwrToNoise M-1513 dcc1 (Ranging) rng.perf.pwrNoiseResidual M-1514 dcc1 (Ranging) rng.config.patternType M-1515 dcc1 (Ranging) rng.config.rtlt M-1516 dcc1 (Ranging) rng.config.clock M-1517 dcc1 (Ranging) rng.config.last M-1518 dcc1 (Ranging) rng.config.chop M-1519 dcc1 (Ranging) rng.config.chopStrt M-1520 dcc1 (Ranging) rng.config.t1Xmit M-1521 dcc1 (Ranging) rng.config.t2Xmit M-1522 dcc1 (Ranging) rng.config.t3Xmit M-1523 dcc1 (Ranging) rng.config.drvn M-1524 dcc1 (Ranging) rng.config.intTime M-1525 dcc1 (Ranging) rng.config.clockDiv M-1526 dcc1 (Ranging) rng.config.comp1Len M-1527 dcc1 (Ranging) rng.config.comp1Def M-1528 dcc1 (Ranging) rng.config.comp1Bool M-1529 dcc1 (Ranging) rng.config.comp2Len M-1530 dcc1 (Ranging) rng.config.comp2Def M-1531 dcc1 (Ranging) rng.config.comp2Bool M-1532 dcc1 (Ranging) rng.config.comp3Len M-1533 dcc1 (Ranging) rng.config.comp3Def M-1534 dcc1 (Ranging) rng.config.comp3Bool M-1535 dcc1 (Ranging) rng.config.comp4Len M-1536 dcc1 (Ranging) rng.config.comp4Def M-1537 dcc1 (Ranging) rng.config.comp4Bool M-1538 dcc1 (Ranging) rng.config.comp5Len M-1539 dcc1 (Ranging) rng.config.comp5Def M-1540 dcc1 (Ranging) rng.config.comp5Bool M-1541 dcc1 (Ranging) rng.config.comp6Len M-1542 dcc1 (Ranging) rng.config.comp6Def M-1543 dcc1 (Ranging) rng.config.comp6Bool M-1544 dcc1 (Ranging) rng.perf.drvidRuValue M-1545 dcc1 (Ranging) rng.perf.currentMode M-1546 dcc1 (Ranging) rng.perf.acquisitionTime M-1547 dcc1 (Ranging) rng.perf.rangeRuValue M-1548 dcc1 (Ranging) rng.config.tolerance M-1700 dcc2 (Status) smon.status.sum.sys.status M-1701 dcc2 (Status) smon.status.sum.sys.status M-1702 dcc2 (Status) smon.status.sum.rec.general M-1703 dcc2 (Status) smon.status.sum.rec.general M-1704 dcc2 (Status) smon.status.sum.rrp.general M-1705 dcc2 (Status) smon.status.sum.rrp.general M-1706 dcc2 (Status) smon.status.sum.dcc.general M-1707 dcc2 (Status) smon.status.sum.dcc.general M-1708* dcc2 (Status) smon.status.sum.rrp.mp.general M-1709* dcc2 (Status) smon.status.sum.rrp.mp.general M-1710 dcc2 (Status) smon.status.sum.rng.general M-1711 dcc2 (Status) smon.status.sum.rng.general M-1712 dcc2 (Status) smon.status.sum.tlp.general M-1713 dcc2 (Status) smon.status.sum.tlp.general M-1714* dcc2 (Status) smon.status.sum.tlp.mcd3.general M-1715* dcc2 (Status) smon.status.sum.tlp.mcd3.general M-1716* dcc2 (Status) smon.status.sum.tlp.turbo.general M-1717* dcc2 (Status) smon.status.sum.tlp.turbo.general M-1740 dcc2 (Configuration) DccChannel M-1741 dcc2 (Configuration) ChannelDss M-1742 dcc2 (Configuration) rcv.config.scDep.scId M-1743 dcc2 (Configuration) ChannelPass M-1744 dcc2 (Configuration) dc.perf.missionId M-1745 dcc2 (Configuration) rcv.config.scDep.downBand M-1746 dcc2 (Configuration) rcv.config.scDep.upBand M-1747 dcc2 (Configuration) rcv.config.tableId M-1748 dcc2 (Configuration) rcv.config.scDep.pdxMode M-1750 dcc2 (Configuration) rcv.config.scDep.uplinkDss M-1751 dcc2 (Configuration) rcv.config.car.freqPred M-1752 dcc2 (Configuration) rcv.config.sub.freqPred M-1753 dcc2 (Configuration) rcv.config.sym.ratePredicts M-1754 dcc2 (Configuration) rcv.config.nar.sntMode M-1755 dcc2 (Configuration) rcv.config.rxDep.mpSwitch M-1756 dcc2 (Configuration) dc.config.trkSetName M-1757 dcc2 (Configuration) dc.perf.autom.rpdxChangeTime M-1758 dcc2 (Configuration) dc.perf.autom.rpdxChangeTime M-1759 dcc2 (Configuration) dc.perf.autom.rpdxChangeTime M-1760 dcc2 (Configuration) rcv.config.rxDep.useTpdx M-1761 dcc2 (Configuration) dc.config.tlmSetName M-1762 dcc2 (Configuration) rng.config.state M-1763 dcc2 (Configuration) rng.config.trkDataOutput M-1764 dcc2 (Configuration) rng.config.rangeOutput M-1765 dcc2 (Configuration) tlm.config.gen.output M-1766 dcc2 (Configuration) dc.perf.signal.lnaId M-1767 dcc2 (Configuration) dc.perf.signal.polarization M-1768 dcc2 (Configuration) dc.perf.signal.path M-1790 dcc2 (Carrier Loop) rcv.perf.car.timeTag M-1791 dcc2 (Carrier Loop) rcv.perf.car.timeTag M-1792 dcc2 (Carrier Loop) rcv.perf.car.timeTag M-1793 dcc2 (Carrier Loop) dc.perf.autom.acqStartTime M-1794 dcc2 (Carrier Loop) dc.perf.autom.acqStartTime M-1795 dcc2 (Carrier Loop) dc.perf.autom.acqStartTime M-1796 dcc2 (Carrier Loop) dc.perf.autom.carLockStatusTime M-1797 dcc2 (Carrier Loop) dc.perf.autom.carLockStatusTime M-1798 dcc2 (Carrier Loop) dc.perf.autom.carLockStatusTime M-1799 dcc2 (Carrier Loop) rcv.perf.car.loopBw M-1800 dcc2 (Carrier Loop) rcv.config.car.loopType M-1801 dcc2 (Carrier Loop) dc.perf.autom.carLockStatus M-1802 dcc2 (Carrier Loop) rcv.perf.car.loopStatus M-1803 dcc2 (Carrier Loop) dc.perf.autom.dataLockStatus M-1804 dcc2 (Carrier Loop) rcv.perf.car.freqEst M-1805 dcc2 (Carrier Loop) dc.perf.resid.carFreq M-1806 dcc2 (Carrier Loop) dc.perf.resid.dopp M-1807 dcc2 (Carrier Loop) rcv.perf.car.rateEst M-1808 dcc2 (Carrier Loop) rcv.perf.car.accelEst M-1809 dcc2 (Carrier Loop) rng.perf.dopNoise M-1810 dcc2 (Carrier Loop) rcv.perf.car.carPwrEst M-1811 dcc2 (Carrier Loop) dc.perf.resid.pc M-1812 dcc2 (Carrier Loop) rcv.perf.sub.pdEst M-1813 dcc2 (Carrier Loop) dc.perf.resid.pd M-1814 dcc2 (Carrier Loop) rcv.perf.car.spe M-1815 dcc2 (Carrier Loop) rcv.perf.car.pcnoEst M-1816 dcc2 (Carrier Loop) dc.perf.resid.pcno M-1817 dcc2 (Carrier Loop) rcv.perf.car.trackingMode M-1818 dcc2 (Carrier Loop) rcv.perf.car.snt M-1819 dcc2 (Carrier Loop) dc.perf.resid.snt M-1820 dcc2 (Carrier Loop) rcv.perf.car.freqPredicts M-1821 dcc2 (Carrier Loop) rng.perf.cycleSlips M-1822 dcc2 (Carrier Loop) rcv.config.carAcq.useFft M-1823 dcc2 (Carrier Loop) rcv.perf.state.carFft M-1840 dcc2 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-1841 dcc2 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-1842 dcc2 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-1843 dcc2 (Subcarrier rcv.perf.sub.freqEst Loop) M-1844 dcc2 (Subcarrier dc.perf.resid.subFreq Loop) M-1845 dcc2 (Subcarrier rcv.perf.sub.loopBandwidth Loop) M-1846 dcc2 (Subcarrier rcv.config.sub.loopType Loop) M-1847 dcc2 (Subcarrier rcv.perf.sub.currentWindowWidth Loop) M-1848 dcc2 (Subcarrier dc.perf.autom.subLockStatus Loop) M-1849* dcc2 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-1850* dcc2 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-1851* dcc2 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-1852 dcc2 (Subcarrier rcv.perf.sub.loopStatus Loop) M-1853 dcc2 (Subcarrier rcv.perf.sub.pdnoEst Loop) M-1854 dcc2 (Subcarrier dc.perf.resid.pdno Loop) M-1855 dcc2 (Subcarrier rcv.perf.sub.spe Loop) M-1856 dcc2 (Subcarrier rcv.config.sub.waveForm Loop) M-1857 dcc2 (Subcarrier rcv.perf.sub.freqPredicts Loop) M-1858 dcc2 (Subcarrier rcv.config.subAcq.useFft Loop) M-1859 dcc2 (Subcarrier rcv.perf.state.subFft Loop) M-1880 dcc2 (Symbol Loop) dc.perf.autom.symRateChangeTime M-1881 dcc2 (Symbol Loop) dc.perf.autom.symRateChangeTime M-1882 dcc2 (Symbol Loop) dc.perf.autom.symRateChangeTime M-1883 dcc2 (Symbol Loop) rcv.perf.sym.rateEst M-1884 dcc2 (Symbol Loop) dc.perf.resid.symRate M-1885 dcc2 (Symbol Loop) rcv.perf.sym.loopBandwidth M-1886 dcc2 (Symbol Loop) rcv.config.sym.loopType M-1887 dcc2 (Symbol Loop) rcv.perf.sym.currentWindowWidth M-1888 dcc2 (Symbol Loop) dc.perf.autom.symLockStatus M-1889* dcc2 (Symbol Loop) dc.perf.autom.symLockStatusTime M-1890* dcc2 (Symbol Loop) dc.perf.autom.symLockStatusTime M-1891* dcc2 (Symbol Loop) dc.perf.autom.symLockStatusTime M-1892 dcc2 (Symbol Loop) rcv.perf.sym.loopStatus M-1893 dcc2 (Symbol Loop) rcv.perf.sym.snrEst M-1894 dcc2 (Symbol Loop) dc.perf.resid.symSnr M-1895 dcc2 (Symbol Loop) rcv.perf.sym.spe M-1896 dcc2 (Symbol Loop) rcv.config.sym.format M-1897 dcc2 (Symbol Loop) rcv.config.sym.smoothing M-1898 dcc2 (Symbol Loop) rcv.perf.sym.ratePred M-1899 dcc2 (Symbol Loop) rcv.config.symAcq.useFft M-1900 dcc2 (Symbol Loop) rcv.perf.state.symFft M-1915 dcc2 (Telemetry) tlm.config.fan.frameMode M-1916 dcc2 (Telemetry) tlm.perf.gen.rrpArrayStatus M-1917 dcc2 (Telemetry) tlm.config.fs.mode M-1918 dcc2 (Telemetry) tlm.config.fs.pattern M-1919 dcc2 (Telemetry) tlm.config.fs.patternLength M-1920 dcc2 (Telemetry) tlm.perf.fs.predictedBitRate M-1921 dcc2 (Telemetry) tlm.perf.fs.dataRate M-1922 dcc2 (Telemetry) tlm.perf.gen.tlpLockStatus M-1924 dcc2 (Telemetry) tlm.perf.gen.chanStatus M-1925* dcc2 (Telemetry) dc.perf.autom.decoderStartTime M-1926* dcc2 (Telemetry) dc.perf.autom.decoderStartTime M-1927* dcc2 (Telemetry) dc.perf.autom.decoderStartTime M-1928* dcc2 (Telemetry) dc.perf.autom.decoderLockStatusTime M-1929* dcc2 (Telemetry) dc.perf.autom.decoderLockStatusTime M-1930* dcc2 (Telemetry) dc.perf.autom.decoderLockStatusTime M-1931 dcc2 (Telemetry) tlm.perf.gen.decoderLockStatus M-1933 dcc2 (Telemetry) tlm.config.gen.decoderType M-1934 dcc2 (Telemetry) tlm.perf.gen.decoderSNR M-1936 dcc2 (Telemetry) tlm.config.b2cd.ilThreshold M-1937 dcc2 (Telemetry) tlm.config.b2cd.vecSet M-1938 dcc2 (Telemetry) tlm.config.b3cd.ilThreshold M-1939 dcc2 (Telemetry) tlm.config.b3cd.vecSet M-1940 dcc2 (Telemetry) tlm.config.fs.frameLengthPrimary M-1941 dcc2 (Telemetry) tlm.config.fs.ilBitErrorThreshold M-1942 dcc2 (Telemetry) tlm.config.fs.oolBitErrorThreshold M-1943 dcc2 (Telemetry) tlm.config.fs.ilThreshold M-1944 dcc2 (Telemetry) tlm.config.fs.oolThreshold M-1945* dcc2 (Telemetry) dc.perf.autom.fsStartTime M-1946* dcc2 (Telemetry) dc.perf.autom.fsStartTime M-1947* dcc2 (Telemetry) dc.perf.autom.fsStartTime M-1948* dcc2 (Telemetry) dc.perf.autom.fsLockStatusTime M-1949* dcc2 (Telemetry) dc.perf.autom.fsLockStatusTime M-1950* dcc2 (Telemetry) dc.perf.autom.fsLockStatusTime M-1951 dcc2 (Telemetry) tlm.perf.fs.lockStatus M-1952 dcc2 (Telemetry) tlm.perf.fs.bitToAcquire M-1953 dcc2 (Telemetry) tlm.perf.gen.blocksOutput M-1955 dcc2 (Telemetry) tlm.perf.fs.frameTotalCount M-1956 dcc2 (Telemetry) tlm.perf.fs.frameGoodCount M-1957 dcc2 (Telemetry) tlm.perf.fs.frameBadCount M-1958 dcc2 (Telemetry) tlm.perf.crc.crcLockStatus M-1959 dcc2 (Telemetry) tlm.config.fan.pnDecode M-1960 dcc2 (Telemetry) tlm.perf.crc.crcTotalFrameCount M-1961 dcc2 (Telemetry) tlm.perf.crc.crcGoodFrameCount M-1962 dcc2 (Telemetry) tlm.perf.crc.crcBadFrameCount M-1963 dcc2 (Telemetry) tlm.perf.rsd.lockStatus M-1964 dcc2 (Telemetry) tlm.perf.rsd.totalCodeWordCount M-1965 dcc2 (Telemetry) tlm.perf.rsd.goodCodeWordCount M-1966 dcc2 (Telemetry) tlm.perf.rsd.badCodeWordCount M-1967 dcc2 (Telemetry) tlm.perf.rsd.frameErrorRate M-1968 dcc2 (Telemetry) tlm.perf.rsd.codeWordErrorRate M-1969 dcc2 (Telemetry) tlm.perf.fs.totalInLockFrameCount M-1970 dcc2 (Telemetry) tlm.perf.fs.flywheelFrameCount M-1971 dcc2 (Telemetry) tlm.config.dft.formatTable M-1974 dcc2 (Telemetry) tlm.config.b2cd.oolThreshold M-1975 dcc2 (Telemetry) tlm.config.b3cd.oolThreshold M-1976 dcc2 (Telemetry) tlm.config.gen.diffDecoder M-1977 dcc2 (Telemetry) tlm.config.b2cd.altSymInv M-1978 dcc2 (Telemetry) tlm.config.b3cd.symSignInversion M-1979 dcc2 (Telemetry) tlm.perf.b2cd.metricNormalization M-1980 dcc2 (Telemetry) tlm.perf.b2cd.estimatedSymbolErrorRate M-1981 dcc2 (Telemetry) tlm.config.b2cd.nodeSyncChange M-1982 dcc2 (Telemetry) tlm.perf.b2cd.nodeSyncChangeCount M-1983 dcc2 (Telemetry) tlm.perf.b3cd.nodeSyncPosition M-1984 dcc2 (Telemetry) tlm.config.fs.frameLengthSecondary M-1985 dcc2 (Telemetry) tlm.perf.fs.correctFrameLength M-1986 dcc2 (Telemetry) tlm.perf.fs.selfTestResult M-1987 dcc2 (Telemetry) tlm.config.fs.bitSequence M-1988 dcc2 (Telemetry) tlm.config.fs.bitSlipWindow M-1989 dcc2 (Telemetry) tlm.perf.fs.inLockBer M-1990 dcc2 (Telemetry) tlm.perf.fs.syncDirection M-1991 dcc2 (Telemetry) tlm.perf.fs.currentPolarity M-1992 dcc2 (Telemetry) tlm.perf.fs.bitSlip M-1993 dcc2 (Telemetry) tlm.perf.fs.polarityChange M-1994 dcc2 (Telemetry) tlm.perf.fs.acquisitionCount M-1995 dcc2 (Telemetry) tlm.config.fan.interleave M-1996 dcc2 (Telemetry) tlm.config.fan.algorithm M-1997 dcc2 (Telemetry) tlm.perf.rsd.virtualFill M-1998 dcc2 (Telemetry) tlm.perf.rsd.symbolErrorRate M-1999 dcc2 (Telemetry) tlm.perf.rsd.selfTestResult M-2000 dcc2 (Ranging) rng.config.t0Trk M-2003* dcc2 (Ranging) dc.perf.autom.correlValidTime M-2004* dcc2 (Ranging) dc.perf.autom.correlValidTime M-2005* dcc2 (Ranging) dc.perf.autom.correlValidTime M-2006 dcc2 (Ranging) rng.perf.rangeLock M-2007 dcc2 (Ranging) rng.perf.blocksSent M-2008 dcc2 (Ranging) rng.perf.carBlocksSent M-2009 dcc2 (Ranging) rng.perf.totalAcqCompleted M-2010 dcc2 (Ranging) rng.perf.rangeConfidence M-2011 dcc2 (Ranging) rng.perf.residRuValue M-2012 dcc2 (Ranging) rng.perf.rangePwrToNoise M-2013 dcc2 (Ranging) rng.perf.pwrNoiseResidual M-2014 dcc2 (Ranging) rng.config.patternType M-2015 dcc2 (Ranging) rng.config.rtlt M-2016 dcc2 (Ranging) rng.config.clock M-2017 dcc2 (Ranging) rng.config.last M-2018 dcc2 (Ranging) rng.config.chop M-2019 dcc2 (Ranging) rng.config.chopStrt M-2020 dcc2 (Ranging) rng.config.t1Xmit M-2021 dcc2 (Ranging) rng.config.t2Xmit M-2022 dcc2 (Ranging) rng.config.t3Xmit M-2023 dcc2 (Ranging) rng.config.drvn M-2024 dcc2 (Ranging) rng.config.intTime M-2025 dcc2 (Ranging) rng.config.clockDiv M-2026 dcc2 (Ranging) rng.config.comp1Len M-2027 dcc2 (Ranging) rng.config.comp1Def M-2028 dcc2 (Ranging) rng.config.comp1Bool M-2029 dcc2 (Ranging) rng.config.comp2Len M-2030 dcc2 (Ranging) rng.config.comp2Def M-2031 dcc2 (Ranging) rng.config.comp2Bool M-2032 dcc2 (Ranging) rng.config.comp3Len M-2033 dcc2 (Ranging) rng.config.comp3Def M-2034 dcc2 (Ranging) rng.config.comp3Bool M-2035 dcc2 (Ranging) rng.config.comp4Len M-2036 dcc2 (Ranging) rng.config.comp4Def M-2037 dcc2 (Ranging) rng.config.comp4Bool M-2038 dcc2 (Ranging) rng.config.comp5Len M-2039 dcc2 (Ranging) rng.config.comp5Def M-2040 dcc2 (Ranging) rng.config.comp5Bool M-2041 dcc2 (Ranging) rng.config.comp6Len M-2042 dcc2 (Ranging) rng.config.comp6Def M-2043 dcc2 (Ranging) rng.config.comp6Bool M-2044 dcc2 (Ranging) rng.perf.drvidRuValue M-2045 dcc2 (Ranging) rng.perf.currentMode M-2046 dcc2 (Ranging) rng.perf.acquisitionTime M-2047 dcc2 (Ranging) rng.perf.rangeRuValue M-2048 dcc2 (Ranging) rng.config.tolerance M-2200 dcc3 (Status) smon.status.sum.sys.status M-2201 dcc3 (Status) smon.status.sum.sys.status M-2202 dcc3 (Status) smon.status.sum.rec.general M-2203 dcc3 (Status) smon.status.sum.rec.general M-2204 dcc3 (Status) smon.status.sum.rrp.general M-2205 dcc3 (Status) smon.status.sum.rrp.general M-2206 dcc3 (Status) smon.status.sum.dcc.general M-2207 dcc3 (Status) smon.status.sum.dcc.general M-2208* dcc3 (Status) smon.status.sum.rrp.mp.general M-2209* dcc3 (Status) smon.status.sum.rrp.mp.general M-2210 dcc3 (Status) smon.status.sum.rng.general M-2211 dcc3 (Status) smon.status.sum.rng.general M-2212 dcc3 (Status) smon.status.sum.tlp.general M-2213 dcc3 (Status) smon.status.sum.tlp.general M-2214* dcc3 (Status) smon.status.sum.tlp.mcd3.general M-2215* dcc3 (Status) smon.status.sum.tlp.mcd3.general M-2216* dcc3 (Status) smon.status.sum.tlp.turbo.general M-2217* dcc3 (Status) smon.status.sum.tlp.turbo.general M-2240 dcc3 (Configuration) DccChannel M-2241 dcc3 (Configuration) ChannelDss M-2242 dcc3 (Configuration) rcv.config.scDep.scId M-2243 dcc3 (Configuration) ChannelPass M-2244 dcc3 (Configuration) dc.perf.missionId M-2245 dcc3 (Configuration) rcv.config.scDep.downBand M-2246 dcc3 (Configuration) rcv.config.scDep.upBand M-2247 dcc3 (Configuration) rcv.config.tableId M-2248 dcc3 (Configuration) rcv.config.scDep.pdxMode M-2250 dcc3 (Configuration) rcv.config.scDep.uplinkDss M-2251 dcc3 (Configuration) rcv.config.car.freqPred M-2252 dcc3 (Configuration) rcv.config.sub.freqPred M-2253 dcc3 (Configuration) rcv.config.sym.ratePredicts M-2254 dcc3 (Configuration) rcv.config.nar.sntMode M-2255 dcc3 (Configuration) rcv.config.rxDep.mpSwitch M-2256 dcc3 (Configuration) dc.config.trkSetName M-2257 dcc3 (Configuration) dc.perf.autom.rpdxChangeTime M-2258 dcc3 (Configuration) dc.perf.autom.rpdxChangeTime M-2259 dcc3 (Configuration) dc.perf.autom.rpdxChangeTime M-2260 dcc3 (Configuration) rcv.config.rxDep.useTpdx M-2261 dcc3 (Configuration) dc.config.tlmSetName M-2262 dcc3 (Configuration) rng.config.state M-2263 dcc3 (Configuration) rng.config.trkDataOutput M-2264 dcc3 (Configuration) rng.config.rangeOutput M-2265 dcc3 (Configuration) tlm.config.gen.output M-2266 dcc3 (Configuration) dc.perf.signal.lnaId M-2267 dcc3 (Configuration) dc.perf.signal.polarization M-2268 dcc3 (Configuration) dc.perf.signal.path M-2290 dcc3 (Carrier Loop) rcv.perf.car.timeTag M-2291 dcc3 (Carrier Loop) rcv.perf.car.timeTag M-2292 dcc3 (Carrier Loop) rcv.perf.car.timeTag M-2293 dcc3 (Carrier Loop) dc.perf.autom.acqStartTime M-2294 dcc3 (Carrier Loop) dc.perf.autom.acqStartTime M-2295 dcc3 (Carrier Loop) dc.perf.autom.acqStartTime M-2296 dcc3 (Carrier Loop) dc.perf.autom.carLockStatusTime M-2297 dcc3 (Carrier Loop) dc.perf.autom.carLockStatusTime M-2298 dcc3 (Carrier Loop) dc.perf.autom.carLockStatusTime M-2299 dcc3 (Carrier Loop) rcv.perf.car.loopBw M-2300 dcc3 (Carrier Loop) rcv.config.car.loopType M-2301 dcc3 (Carrier Loop) dc.perf.autom.carLockStatus M-2302 dcc3 (Carrier Loop) rcv.perf.car.loopStatus M-2303 dcc3 (Carrier Loop) dc.perf.autom.dataLockStatus M-2304 dcc3 (Carrier Loop) rcv.perf.car.freqEst M-2305 dcc3 (Carrier Loop) dc.perf.resid.carFreq M-2306 dcc3 (Carrier Loop) dc.perf.resid.dopp M-2307 dcc3 (Carrier Loop) rcv.perf.car.rateEst M-2308 dcc3 (Carrier Loop) rcv.perf.car.accelEst M-2309 dcc3 (Carrier Loop) rng.perf.dopNoise M-2310 dcc3 (Carrier Loop) rcv.perf.car.carPwrEst M-2311 dcc3 (Carrier Loop) dc.perf.resid.pc M-2312 dcc3 (Carrier Loop) rcv.perf.sub.pdEst M-2313 dcc3 (Carrier Loop) dc.perf.resid.pd M-2314 dcc3 (Carrier Loop) rcv.perf.car.spe M-2315 dcc3 (Carrier Loop) rcv.perf.car.pcnoEst M-2316 dcc3 (Carrier Loop) dc.perf.resid.pcno M-2317 dcc3 (Carrier Loop) rcv.perf.car.trackingMode M-2318 dcc3 (Carrier Loop) rcv.perf.car.snt M-2319 dcc3 (Carrier Loop) dc.perf.resid.snt M-2320 dcc3 (Carrier Loop) rcv.perf.car.freqPredicts M-2321 dcc3 (Carrier Loop) rng.perf.cycleSlips M-2322 dcc3 (Carrier Loop) rcv.config.carAcq.useFft M-2323 dcc3 (Carrier Loop) rcv.perf.state.carFft M-2340 dcc3 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-2341 dcc3 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-2342 dcc3 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-2343 dcc3 (Subcarrier rcv.perf.sub.freqEst Loop) M-2344 dcc3 (Subcarrier dc.perf.resid.subFreq Loop) M-2345 dcc3 (Subcarrier rcv.perf.sub.loopBandwidth Loop) M-2346 dcc3 (Subcarrier rcv.config.sub.loopType Loop) M-2347 dcc3 (Subcarrier rcv.perf.sub.currentWindowWidth Loop) M-2348 dcc3 (Subcarrier dc.perf.autom.subLockStatus Loop) M-2349* dcc3 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-2350* dcc3 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-2351* dcc3 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-2352 dcc3 (Subcarrier rcv.perf.sub.loopStatus Loop) M-2353 dcc3 (Subcarrier rcv.perf.sub.pdnoEst Loop) M-2354 dcc3 (Subcarrier dc.perf.resid.pdno Loop) M-2355 dcc3 (Subcarrier rcv.perf.sub.spe Loop) M-2356 dcc3 (Subcarrier rcv.config.sub.waveForm Loop) M-2357 dcc3 (Subcarrier rcv.perf.sub.freqPredicts Loop) M-2358 dcc3 (Subcarrier rcv.config.subAcq.useFft Loop) M-2359 dcc3 (Subcarrier rcv.perf.state.subFft Loop) M-2380 dcc3 (Symbol Loop) dc.perf.autom.symRateChangeTime M-2381 dcc3 (Symbol Loop) dc.perf.autom.symRateChangeTime M-2382 dcc3 (Symbol Loop) dc.perf.autom.symRateChangeTime M-2383 dcc3 (Symbol Loop) rcv.perf.sym.rateEst M-2384 dcc3 (Symbol Loop) dc.perf.resid.symRate M-2385 dcc3 (Symbol Loop) rcv.perf.sym.loopBandwidth M-2386 dcc3 (Symbol Loop) rcv.config.sym.loopType M-2387 dcc3 (Symbol Loop) rcv.perf.sym.currentWindowWidth M-2388 dcc3 (Symbol Loop) dc.perf.autom.symLockStatus M-2389* dcc3 (Symbol Loop) dc.perf.autom.symLockStatusTime M-2390* dcc3 (Symbol Loop) dc.perf.autom.symLockStatusTime M-2391* dcc3 (Symbol Loop) dc.perf.autom.symLockStatusTime M-2392 dcc3 (Symbol Loop) rcv.perf.sym.loopStatus M-2393 dcc3 (Symbol Loop) rcv.perf.sym.snrEst M-2394 dcc3 (Symbol Loop) dc.perf.resid.symSnr M-2395 dcc3 (Symbol Loop) rcv.perf.sym.spe M-2396 dcc3 (Symbol Loop) rcv.config.sym.format M-2397 dcc3 (Symbol Loop) rcv.config.sym.smoothing M-2398 dcc3 (Symbol Loop) rcv.perf.sym.ratePred M-2399 dcc3 (Symbol Loop) rcv.config.symAcq.useFft M-2400 dcc3 (Symbol Loop) rcv.perf.state.symFft M-2407 dcc3 (Telemetry) tlm.perf.fmt.vcCount1 M-2408 dcc3 (Telemetry) tlm.perf.fmt.vcCount2 M-2409 dcc3 (Telemetry) tlm.perf.fmt.vcCount3 M-2410 dcc3 (Telemetry) tlm.perf.fmt.vcCount4 M-2411 dcc3 (Telemetry) tlm.perf.fmt.vcCount5 M-2412 dcc3 (Telemetry) tlm.perf.fmt.vcCount6 M-2413 dcc3 (Telemetry) tlm.perf.fmt.vcCount7 M-2414 dcc3 (Telemetry) tlm.perf.fmt.vcCount8 M-2415 dcc3 (Telemetry) tlm.config.fan.frameMode M-2416 dcc3 (Telemetry) tlm.perf.gen.rrpArrayStatus M-2417 dcc3 (Telemetry) tlm.config.fs.mode M-2418 dcc3 (Telemetry) tlm.config.fs.pattern M-2419 dcc3 (Telemetry) tlm.config.fs.patternLength M-2420 dcc3 (Telemetry) tlm.perf.fs.predictedBitRate M-2421 dcc3 (Telemetry) tlm.perf.fs.dataRate M-2422 dcc3 (Telemetry) tlm.perf.gen.tlpLockStatus M-2424 dcc3 (Telemetry) tlm.perf.gen.chanStatus M-2425* dcc3 (Telemetry) dc.perf.autom.decoderStartTime M-2426* dcc3 (Telemetry) dc.perf.autom.decoderStartTime M-2427* dcc3 (Telemetry) dc.perf.autom.decoderStartTime M-2428* dcc3 (Telemetry) dc.perf.autom.decoderLockStatusTime M-2429* dcc3 (Telemetry) dc.perf.autom.decoderLockStatusTime M-2430* dcc3 (Telemetry) dc.perf.autom.decoderLockStatusTime M-2431 dcc3 (Telemetry) tlm.perf.gen.decoderLockStatus M-2433 dcc3 (Telemetry) tlm.config.gen.decoderType M-2434 dcc3 (Telemetry) tlm.perf.gen.decoderSNR M-2436 dcc3 (Telemetry) tlm.config.b2cd.ilThreshold M-2437 dcc3 (Telemetry) tlm.config.b2cd.vecSet M-2438 dcc3 (Telemetry) tlm.config.b3cd.ilThreshold M-2439 dcc3 (Telemetry) tlm.config.b3cd.vecSet M-2440 dcc3 (Telemetry) tlm.config.fs.frameLengthPrimary M-2441 dcc3 (Telemetry) tlm.config.fs.ilBitErrorThreshold M-2442 dcc3 (Telemetry) tlm.config.fs.oolBitErrorThreshold M-2443 dcc3 (Telemetry) tlm.config.fs.ilThreshold M-2444 dcc3 (Telemetry) tlm.config.fs.oolThreshold M-2445* dcc3 (Telemetry) dc.perf.autom.fsStartTime M-2446* dcc3 (Telemetry) dc.perf.autom.fsStartTime M-2447* dcc3 (Telemetry) dc.perf.autom.fsStartTime M-2448* dcc3 (Telemetry) dc.perf.autom.fsLockStatusTime M-2449* dcc3 (Telemetry) dc.perf.autom.fsLockStatusTime M-2450* dcc3 (Telemetry) dc.perf.autom.fsLockStatusTime M-2451 dcc3 (Telemetry) tlm.perf.fs.lockStatus M-2452 dcc3 (Telemetry) tlm.perf.fs.bitToAcquire M-2453 dcc3 (Telemetry) tlm.perf.gen.blocksOutput M-2455 dcc3 (Telemetry) tlm.perf.fs.frameTotalCount M-2456 dcc3 (Telemetry) tlm.perf.fs.frameGoodCount M-2457 dcc3 (Telemetry) tlm.perf.fs.frameBadCount M-2458 dcc3 (Telemetry) tlm.perf.crc.crcLockStatus M-2459 dcc3 (Telemetry) tlm.config.fan.pnDecode M-2460 dcc3 (Telemetry) tlm.perf.crc.crcTotalFrameCount M-2461 dcc3 (Telemetry) tlm.perf.crc.crcGoodFrameCount M-2462 dcc3 (Telemetry) tlm.perf.crc.crcBadFrameCount M-2463 dcc3 (Telemetry) tlm.perf.rsd.lockStatus M-2464 dcc3 (Telemetry) tlm.perf.rsd.totalCodeWordCount M-2465 dcc3 (Telemetry) tlm.perf.rsd.goodCodeWordCount M-2466 dcc3 (Telemetry) tlm.perf.rsd.badCodeWordCount M-2467 dcc3 (Telemetry) tlm.perf.rsd.frameErrorRate M-2468 dcc3 (Telemetry) tlm.perf.rsd.codeWordErrorRate M-2469 dcc3 (Telemetry) tlm.perf.fs.totalInLockFrameCount M-2470 dcc3 (Telemetry) tlm.perf.fs.flywheelFrameCount M-2471 dcc3 (Telemetry) tlm.config.dft.formatTable M-2474 dcc3 (Telemetry) tlm.config.b2cd.oolThreshold M-2475 dcc3 (Telemetry) tlm.config.b3cd.oolThreshold M-2476 dcc3 (Telemetry) tlm.config.gen.diffDecoder M-2477 dcc3 (Telemetry) tlm.config.b2cd.altSymInv M-2478 dcc3 (Telemetry) tlm.config.b3cd.symSignInversion M-2479 dcc3 (Telemetry) tlm.perf.b2cd.metricNormalization M-2480 dcc3 (Telemetry) tlm.perf.b2cd.estimatedSymbolErrorRate M-2481 dcc3 (Telemetry) tlm.config.b2cd.nodeSyncChange M-2482 dcc3 (Telemetry) tlm.perf.b2cd.nodeSyncChangeCount M-2483 dcc3 (Telemetry) tlm.perf.b3cd.nodeSyncPosition M-2484 dcc3 (Telemetry) tlm.config.fs.frameLengthSecondary M-2485 dcc3 (Telemetry) tlm.perf.fs.correctFrameLength M-2486 dcc3 (Telemetry) tlm.perf.fs.selfTestResult M-2487 dcc3 (Telemetry) tlm.config.fs.bitSequence M-2488 dcc3 (Telemetry) tlm.config.fs.bitSlipWindow M-2489 dcc3 (Telemetry) tlm.perf.fs.inLockBer M-2490 dcc3 (Telemetry) tlm.perf.fs.syncDirection M-2491 dcc3 (Telemetry) tlm.perf.fs.currentPolarity M-2492 dcc3 (Telemetry) tlm.perf.fs.bitSlip M-2493 dcc3 (Telemetry) tlm.perf.fs.polarityChange M-2494 dcc3 (Telemetry) tlm.perf.fs.acquisitionCount M-2495 dcc3 (Telemetry) tlm.config.fan.interleave M-2496 dcc3 (Telemetry) tlm.config.fan.algorithm M-2497 dcc3 (Telemetry) tlm.perf.rsd.virtualFill M-2498 dcc3 (Telemetry) tlm.perf.rsd.symbolErrorRate M-2499 dcc3 (Telemetry) tlm.perf.rsd.selfTestResult M-2500 dcc3 (Ranging) rng.config.t0Trk M-2503* dcc3 (Ranging) dc.perf.autom.correlValidTime M-2504* dcc3 (Ranging) dc.perf.autom.correlValidTime M-2505* dcc3 (Ranging) dc.perf.autom.correlValidTime M-2506 dcc3 (Ranging) rng.perf.rangeLock M-2507 dcc3 (Ranging) rng.perf.blocksSent M-2508 dcc3 (Ranging) rng.perf.carBlocksSent M-2509 dcc3 (Ranging) rng.perf.totalAcqCompleted M-2510 dcc3 (Ranging) rng.perf.rangeConfidence M-2511 dcc3 (Ranging) rng.perf.residRuValue M-2512 dcc3 (Ranging) rng.perf.rangePwrToNoise M-2513 dcc3 (Ranging) rng.perf.pwrNoiseResidual M-2514 dcc3 (Ranging) rng.config.patternType M-2515 dcc3 (Ranging) rng.config.rtlt M-2516 dcc3 (Ranging) rng.config.clock M-2517 dcc3 (Ranging) rng.config.last M-2518 dcc3 (Ranging) rng.config.chop M-2519 dcc3 (Ranging) rng.config.chopStrt M-2520 dcc3 (Ranging) rng.config.t1Xmit M-2521 dcc3 (Ranging) rng.config.t2Xmit M-2522 dcc3 (Ranging) rng.config.t3Xmit M-2523 dcc3 (Ranging) rng.config.drvn M-2524 dcc3 (Ranging) rng.config.intTime M-2525 dcc3 (Ranging) rng.config.clockDiv M-2526 dcc3 (Ranging) rng.config.comp1Len M-2527 dcc3 (Ranging) rng.config.comp1Def M-2528 dcc3 (Ranging) rng.config.comp1Bool M-2529 dcc3 (Ranging) rng.config.comp2Len M-2530 dcc3 (Ranging) rng.config.comp2Def M-2531 dcc3 (Ranging) rng.config.comp2Bool M-2532 dcc3 (Ranging) rng.config.comp3Len M-2533 dcc3 (Ranging) rng.config.comp3Def M-2534 dcc3 (Ranging) rng.config.comp3Bool M-2535 dcc3 (Ranging) rng.config.comp4Len M-2536 dcc3 (Ranging) rng.config.comp4Def M-2537 dcc3 (Ranging) rng.config.comp4Bool M-2538 dcc3 (Ranging) rng.config.comp5Len M-2539 dcc3 (Ranging) rng.config.comp5Def M-2540 dcc3 (Ranging) rng.config.comp5Bool M-2541 dcc3 (Ranging) rng.config.comp6Len M-2542 dcc3 (Ranging) rng.config.comp6Def M-2543 dcc3 (Ranging) rng.config.comp6Bool M-2544 dcc3 (Ranging) rng.perf.drvidRuValue M-2545 dcc3 (Ranging) rng.perf.currentMode M-2546 dcc3 (Ranging) rng.perf.acquisitionTime M-2547 dcc3 (Ranging) rng.perf.rangeRuValue M-2548 dcc3 (Ranging) rng.config.tolerance M-2700 dcc4 (Status) smon.status.sum.sys.status M-2701 dcc4 (Status) smon.status.sum.sys.status M-2702 dcc4 (Status) smon.status.sum.rec.general M-2703 dcc4 (Status) smon.status.sum.rec.general M-2704 dcc4 (Status) smon.status.sum.rrp.general M-2705 dcc4 (Status) smon.status.sum.rrp.general M-2706 dcc4 (Status) smon.status.sum.dcc.general M-2707 dcc4 (Status) smon.status.sum.dcc.general M-2708* dcc4 (Status) smon.status.sum.rrp.mp.general M-2709* dcc4 (Status) smon.status.sum.rrp.mp.general M-2710 dcc4 (Status) smon.status.sum.rng.general M-2711 dcc4 (Status) smon.status.sum.rng.general M-2712 dcc4 (Status) smon.status.sum.tlp.general M-2713 dcc4 (Status) smon.status.sum.tlp.general M-2714* dcc4 (Status) smon.status.sum.tlp.mcd3.general M-2715* dcc4 (Status) smon.status.sum.tlp.mcd3.general M-2716* dcc4 (Status) smon.status.sum.tlp.turbo.general M-2717* dcc4 (Status) smon.status.sum.tlp.turbo.general M-2740 dcc4 (Configuration) DccChannel M-2741 dcc4 (Configuration) ChannelDss M-2742 dcc4 (Configuration) rcv.config.scDep.scId M-2743 dcc4 (Configuration) ChannelPass M-2744 dcc4 (Configuration) dc.perf.missionId M-2745 dcc4 (Configuration) rcv.config.scDep.downBand M-2746 dcc4 (Configuration) rcv.config.scDep.upBand M-2747 dcc4 (Configuration) rcv.config.tableId M-2748 dcc4 (Configuration) rcv.config.scDep.pdxMode M-2750 dcc4 (Configuration) rcv.config.scDep.uplinkDss M-2751 dcc4 (Configuration) rcv.config.car.freqPred M-2752 dcc4 (Configuration) rcv.config.sub.freqPred M-2753 dcc4 (Configuration) rcv.config.sym.ratePredicts M-2754 dcc4 (Configuration) rcv.config.nar.sntMode M-2755 dcc4 (Configuration) rcv.config.rxDep.mpSwitch M-2756 dcc4 (Configuration) dc.config.trkSetName M-2757 dcc4 (Configuration) dc.perf.autom.rpdxChangeTime M-2758 dcc4 (Configuration) dc.perf.autom.rpdxChangeTime M-2759 dcc4 (Configuration) dc.perf.autom.rpdxChangeTime M-2760 dcc4 (Configuration) rcv.config.rxDep.useTpdx M-2761 dcc4 (Configuration) dc.config.tlmSetName M-2762 dcc4 (Configuration) rng.config.state M-2763 dcc4 (Configuration) rng.config.trkDataOutput M-2764 dcc4 (Configuration) rng.config.rangeOutput M-2765 dcc4 (Configuration) tlm.config.gen.output M-2766 dcc4 (Configuration) dc.perf.signal.lnaId M-2767 dcc4 (Configuration) dc.perf.signal.polarization M-2768 dcc4 (Configuration) dc.perf.signal.path M-2790 dcc4 (Carrier Loop) rcv.perf.car.timeTag M-2791 dcc4 (Carrier Loop) rcv.perf.car.timeTag M-2792 dcc4 (Carrier Loop) rcv.perf.car.timeTag M-2793 dcc4 (Carrier Loop) dc.perf.autom.acqStartTime M-2794 dcc4 (Carrier Loop) dc.perf.autom.acqStartTime M-2795 dcc4 (Carrier Loop) dc.perf.autom.acqStartTime M-2796 dcc4 (Carrier Loop) dc.perf.autom.carLockStatusTime M-2797 dcc4 (Carrier Loop) dc.perf.autom.carLockStatusTime M-2798 dcc4 (Carrier Loop) dc.perf.autom.carLockStatusTime M-2799 dcc4 (Carrier Loop) rcv.perf.car.loopBw M-2800 dcc4 (Carrier Loop) rcv.config.car.loopType M-2801 dcc4 (Carrier Loop) dc.perf.autom.carLockStatus M-2802 dcc4 (Carrier Loop) rcv.perf.car.loopStatus M-2803 dcc4 (Carrier Loop) dc.perf.autom.dataLockStatus M-2804 dcc4 (Carrier Loop) rcv.perf.car.freqEst M-2805 dcc4 (Carrier Loop) dc.perf.resid.carFreq M-2806 dcc4 (Carrier Loop) dc.perf.resid.dopp M-2807 dcc4 (Carrier Loop) rcv.perf.car.rateEst M-2808 dcc4 (Carrier Loop) rcv.perf.car.accelEst M-2809 dcc4 (Carrier Loop) rng.perf.dopNoise M-2810 dcc4 (Carrier Loop) rcv.perf.car.carPwrEst M-2811 dcc4 (Carrier Loop) dc.perf.resid.pc M-2812 dcc4 (Carrier Loop) rcv.perf.sub.pdEst M-2813 dcc4 (Carrier Loop) dc.perf.resid.pd M-2814 dcc4 (Carrier Loop) rcv.perf.car.spe M-2815 dcc4 (Carrier Loop) rcv.perf.car.pcnoEst M-2816 dcc4 (Carrier Loop) dc.perf.resid.pcno M-2817 dcc4 (Carrier Loop) rcv.perf.car.trackingMode M-2818 dcc4 (Carrier Loop) rcv.perf.car.snt M-2819 dcc4 (Carrier Loop) dc.perf.resid.snt M-2820 dcc4 (Carrier Loop) rcv.perf.car.freqPredicts M-2821 dcc4 (Carrier Loop) rng.perf.cycleSlips M-2822 dcc4 (Carrier Loop) rcv.config.carAcq.useFft M-2823 dcc4 (Carrier Loop) rcv.perf.state.carFft M-2840 dcc4 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-2841 dcc4 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-2842 dcc4 (Subcarrier dc.perf.autom.subFreqChangeTime Loop) M-2843 dcc4 (Subcarrier rcv.perf.sub.freqEst Loop) M-2844 dcc4 (Subcarrier dc.perf.resid.subFreq Loop) M-2845 dcc4 (Subcarrier rcv.perf.sub.loopBandwidth Loop) M-2846 dcc4 (Subcarrier rcv.config.sub.loopType Loop) M-2847 dcc4 (Subcarrier rcv.perf.sub.currentWindowWidth Loop) M-2848 dcc4 (Subcarrier dc.perf.autom.subLockStatus Loop) M-2849* dcc4 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-2850* dcc4 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-2851* dcc4 (Subcarrier dc.perf.autom.subLockStatusTime Loop) M-2852 dcc4 (Subcarrier rcv.perf.sub.loopStatus Loop) M-2853 dcc4 (Subcarrier rcv.perf.sub.pdnoEst Loop) M-2854 dcc4 (Subcarrier dc.perf.resid.pdno Loop) M-2855 dcc4 (Subcarrier rcv.perf.sub.spe Loop) M-2856 dcc4 (Subcarrier rcv.config.sub.waveForm Loop) M-2857 dcc4 (Subcarrier rcv.perf.sub.freqPredicts Loop) M-2858 dcc4 (Subcarrier rcv.config.subAcq.useFft Loop) M-2859 dcc4 (Subcarrier rcv.perf.state.subFft Loop) M-2880 dcc4 (Symbol Loop) dc.perf.autom.symRateChangeTime M-2881 dcc4 (Symbol Loop) dc.perf.autom.symRateChangeTime M-2882 dcc4 (Symbol Loop) dc.perf.autom.symRateChangeTime M-2883 dcc4 (Symbol Loop) rcv.perf.sym.rateEst M-2884 dcc4 (Symbol Loop) dc.perf.resid.symRate M-2885 dcc4 (Symbol Loop) rcv.perf.sym.loopBandwidth M-2886 dcc4 (Symbol Loop) rcv.config.sym.loopType M-2887 dcc4 (Symbol Loop) rcv.perf.sym.currentWindowWidth M-2888 dcc4 (Symbol Loop) dc.perf.autom.symLockStatus M-2889* dcc4 (Symbol Loop) dc.perf.autom.symLockStatusTime M-2890* dcc4 (Symbol Loop) dc.perf.autom.symLockStatusTime M-2891* dcc4 (Symbol Loop) dc.perf.autom.symLockStatusTime M-2892 dcc4 (Symbol Loop) rcv.perf.sym.loopStatus M-2893 dcc4 (Symbol Loop) rcv.perf.sym.snrEst M-2894 dcc4 (Symbol Loop) dc.perf.resid.symSnr M-2895 dcc4 (Symbol Loop) rcv.perf.sym.spe M-2896 dcc4 (Symbol Loop) rcv.config.sym.format M-2897 dcc4 (Symbol Loop) rcv.config.sym.smoothing M-2898 dcc4 (Symbol Loop) rcv.perf.sym.ratePred M-2899 dcc4 (Symbol Loop) rcv.config.symAcq.useFft M-2900 dcc4 (Symbol Loop) rcv.perf.state.symFft M-2907 dcc4 (Telemetry) tlm.perf.fmt.vcCount1 M-2908 dcc4 (Telemetry) tlm.perf.fmt.vcCount2 M-2909 dcc4 (Telemetry) tlm.perf.fmt.vcCount3 M-2910 dcc4 (Telemetry) tlm.perf.fmt.vcCount4 M-2911 dcc4 (Telemetry) tlm.perf.fmt.vcCount5 M-2912 dcc4 (Telemetry) tlm.perf.fmt.vcCount6 M-2913 dcc4 (Telemetry) tlm.perf.fmt.vcCount7 M-2914 dcc4 (Telemetry) tlm.perf.fmt.vcCount8 M-2915 dcc4 (Telemetry) tlm.config.fan.frameMode M-2916 dcc4 (Telemetry) tlm.perf.gen.rrpArrayStatus M-2917 dcc4 (Telemetry) tlm.config.fs.mode M-2918 dcc4 (Telemetry) tlm.config.fs.pattern M-2919 dcc4 (Telemetry) tlm.config.fs.patternLength M-2920 dcc4 (Telemetry) tlm.perf.fs.predictedBitRate M-2921 dcc4 (Telemetry) tlm.perf.fs.dataRate M-2922 dcc4 (Telemetry) tlm.perf.gen.tlpLockStatus M-2924 dcc4 (Telemetry) tlm.perf.gen.chanStatus M-2925* dcc4 (Telemetry) dc.perf.autom.decoderStartTime M-2926* dcc4 (Telemetry) dc.perf.autom.decoderStartTime M-2927* dcc4 (Telemetry) dc.perf.autom.decoderStartTime M-2928* dcc4 (Telemetry) dc.perf.autom.decoderLockStatusTime M-2929* dcc4 (Telemetry) dc.perf.autom.decoderLockStatusTime M-2930* dcc4 (Telemetry) dc.perf.autom.decoderLockStatusTime M-2931 dcc4 (Telemetry) tlm.perf.gen.decoderLockStatus M-2933 dcc4 (Telemetry) tlm.config.gen.decoderType M-2934 dcc4 (Telemetry) tlm.perf.gen.decoderSNR M-2936 dcc4 (Telemetry) tlm.config.b2cd.ilThreshold M-2937 dcc4 (Telemetry) tlm.config.b2cd.vecSet M-2938 dcc4 (Telemetry) tlm.config.b3cd.ilThreshold M-2939 dcc4 (Telemetry) tlm.config.b3cd.vecSet M-2940 dcc4 (Telemetry) tlm.config.fs.frameLengthPrimary M-2941 dcc4 (Telemetry) tlm.config.fs.ilBitErrorThreshold M-2942 dcc4 (Telemetry) tlm.config.fs.oolBitErrorThreshold M-2943 dcc4 (Telemetry) tlm.config.fs.ilThreshold M-2944 dcc4 (Telemetry) tlm.config.fs.oolThreshold M-2945* dcc4 (Telemetry) dc.perf.autom.fsStartTime M-2946* dcc4 (Telemetry) dc.perf.autom.fsStartTime M-2947* dcc4 (Telemetry) dc.perf.autom.fsStartTime M-2948* dcc4 (Telemetry) dc.perf.autom.fsLockStatusTime M-2949* dcc4 (Telemetry) dc.perf.autom.fsLockStatusTime M-2950* dcc4 (Telemetry) dc.perf.autom.fsLockStatusTime M-2951 dcc4 (Telemetry) tlm.perf.fs.lockStatus M-2952 dcc4 (Telemetry) tlm.perf.fs.bitToAcquire M-2953 dcc4 (Telemetry) tlm.perf.gen.blocksOutput M-2955 dcc4 (Telemetry) tlm.perf.fs.frameTotalCount M-2956 dcc4 (Telemetry) tlm.perf.fs.frameGoodCount M-2957 dcc4 (Telemetry) tlm.perf.fs.frameBadCount M-2958 dcc4 (Telemetry) tlm.perf.crc.crcLockStatus M-2959 dcc4 (Telemetry) tlm.config.fan.pnDecode M-2960 dcc4 (Telemetry) tlm.perf.crc.crcTotalFrameCount M-2961 dcc4 (Telemetry) tlm.perf.crc.crcGoodFrameCount M-2962 dcc4 (Telemetry) tlm.perf.crc.crcBadFrameCount M-2963 dcc4 (Telemetry) tlm.perf.rsd.lockStatus M-2964 dcc4 (Telemetry) tlm.perf.rsd.totalCodeWordCount M-2965 dcc4 (Telemetry) tlm.perf.rsd.goodCodeWordCount M-2966 dcc4 (Telemetry) tlm.perf.rsd.badCodeWordCount M-2967 dcc4 (Telemetry) tlm.perf.rsd.frameErrorRate M-2968 dcc4 (Telemetry) tlm.perf.rsd.codeWordErrorRate M-2969 dcc4 (Telemetry) tlm.perf.fs.totalInLockFrameCount M-2970 dcc4 (Telemetry) tlm.perf.fs.flywheelFrameCount M-2971 dcc4 (Telemetry) tlm.config.dft.formatTable M-2974 dcc4 (Telemetry) tlm.config.b2cd.oolThreshold M-2975 dcc4 (Telemetry) tlm.config.b3cd.oolThreshold M-2976 dcc4 (Telemetry) tlm.config.gen.diffDecoder M-2977 dcc4 (Telemetry) tlm.config.b2cd.altSymInv M-2978 dcc4 (Telemetry) tlm.config.b3cd.symSignInversion M-2979 dcc4 (Telemetry) tlm.perf.b2cd.metricNormalization M-2980 dcc4 (Telemetry) tlm.perf.b2cd.estimatedSymbolErrorRate M-2981 dcc4 (Telemetry) tlm.config.b2cd.nodeSyncChange M-2982 dcc4 (Telemetry) tlm.perf.b2cd.nodeSyncChangeCount M-2983 dcc4 (Telemetry) tlm.perf.b3cd.nodeSyncPosition M-2984 dcc4 (Telemetry) tlm.config.fs.frameLengthSecondary M-2985 dcc4 (Telemetry) tlm.perf.fs.correctFrameLength M-2986 dcc4 (Telemetry) tlm.perf.fs.selfTestResult M-2987 dcc4 (Telemetry) tlm.config.fs.bitSequence M-2988 dcc4 (Telemetry) tlm.config.fs.bitSlipWindow M-2989 dcc4 (Telemetry) tlm.perf.fs.inLockBer M-2990 dcc4 (Telemetry) tlm.perf.fs.syncDirection M-2991 dcc4 (Telemetry) tlm.perf.fs.currentPolarity M-2992 dcc4 (Telemetry) tlm.perf.fs.bitSlip M-2993 dcc4 (Telemetry) tlm.perf.fs.polarityChange M-2994 dcc4 (Telemetry) tlm.perf.fs.acquisitionCount M-2995 dcc4 (Telemetry) tlm.config.fan.interleave M-2996 dcc4 (Telemetry) tlm.config.fan.algorithm M-2997 dcc4 (Telemetry) tlm.perf.rsd.virtualFill M-2998 dcc4 (Telemetry) tlm.perf.rsd.symbolErrorRate M-2999 dcc4 (Telemetry) tlm.perf.rsd.selfTestResult M-3000 dcc4 (Ranging) rng.config.t0Trk M-3003* dcc4 (Ranging) dc.perf.autom.correlValidTime M-3004* dcc4 (Ranging) dc.perf.autom.correlValidTime M-3005* dcc4 (Ranging) dc.perf.autom.correlValidTime M-3006 dcc4 (Ranging) rng.perf.rangeLock M-3007 dcc4 (Ranging) rng.perf.blocksSent M-3008 dcc4 (Ranging) rng.perf.carBlocksSent M-3009 dcc4 (Ranging) rng.perf.totalAcqCompleted M-3010 dcc4 (Ranging) rng.perf.rangeConfidence M-3011 dcc4 (Ranging) rng.perf.residRuValue M-3012 dcc4 (Ranging) rng.perf.rangePwrToNoise M-3013 dcc4 (Ranging) rng.perf.pwrNoiseResidual M-3014 dcc4 (Ranging) rng.config.patternType M-3015 dcc4 (Ranging) rng.config.rtlt M-3016 dcc4 (Ranging) rng.config.clock M-3017 dcc4 (Ranging) rng.config.last M-3018 dcc4 (Ranging) rng.config.chop M-3019 dcc4 (Ranging) rng.config.chopStrt M-3020 dcc4 (Ranging) rng.config.t1Xmit M-3021 dcc4 (Ranging) rng.config.t2Xmit M-3022 dcc4 (Ranging) rng.config.t3Xmit M-3023 dcc4 (Ranging) rng.config.drvn M-3024 dcc4 (Ranging) rng.config.intTime M-3025 dcc4 (Ranging) rng.config.clockDiv M-3026 dcc4 (Ranging) rng.config.comp1Len M-3027 dcc4 (Ranging) rng.config.comp1Def M-3028 dcc4 (Ranging) rng.config.comp1Bool M-3029 dcc4 (Ranging) rng.config.comp2Len M-3030 dcc4 (Ranging) rng.config.comp2Def M-3031 dcc4 (Ranging) rng.config.comp2Bool M-3032 dcc4 (Ranging) rng.config.comp3Len M-3033 dcc4 (Ranging) rng.config.comp3Def M-3034 dcc4 (Ranging) rng.config.comp3Bool M-3035 dcc4 (Ranging) rng.config.comp4Len M-3036 dcc4 (Ranging) rng.config.comp4Def M-3037 dcc4 (Ranging) rng.config.comp4Bool M-3038 dcc4 (Ranging) rng.config.comp5Len M-3039 dcc4 (Ranging) rng.config.comp5Def M-3040 dcc4 (Ranging) rng.config.comp5Bool M-3041 dcc4 (Ranging) rng.config.comp6Len M-3042 dcc4 (Ranging) rng.config.comp6Def M-3043 dcc4 (Ranging) rng.config.comp6Bool M-3044 dcc4 (Ranging) rng.perf.drvidRuValue M-3045 dcc4 (Ranging) rng.perf.currentMode M-3046 dcc4 (Ranging) rng.perf.acquisitionTime M-3047 dcc4 (Ranging) rng.perf.rangeRuValue M-3048 dcc4 (Ranging) rng.config.tolerance M-3300 uwv HEFRBLR M-3301 uwv HEFAIRP M-3302 uwv RAINBLR M-3303 uwv AIRPRES M-3304 uwv SXMITPOL M-3305 uwv XXMITPOL M-3306 uwv KXMITPOL M-3307 uwv LXMITPOL *The monitor data in these channels have not yet been implemented by the originating DSN subsystem. The next delivery of the subsystem should include these items. Until that time, though, these channels will not appear in the 0158-Monitor SFDUs. 5. Appendix B Guide to the 34M/70M Subsystems Appendix B Guide to the 34M/70M Subsystems This appendix provides definitions for the subsystem acronyms used in Table A-2, 34M/70M Monitor Data, along with a brief description of what each subsystem does. Starting in October, 2002, the DSMS will begin upgrading and replacing equipment at each antenna in the 34M/70M network. The new subsystems, referred to as NSP subsystems because they've been developed as part of the Network Simplification Project, will be replacing some of the old subsystems, referred to as legacy subsystems. Other legacy subsystems will remain in service after the upgrade is complete. The upgrade, also known as the NSP rollout, will occur on an antenna by antenna basis. Once an antenna is upgraded, the monitor data will be from the NSP subsystems and the legacy subsystems which are not being replaced. Before the upgrade the monitor data will be from the legacy subsystems. So during the transition period you will need to be prepared to get monitor data from all the subsystems listed in Table A-2. Once the upgrade is complete, the legacy subsystems which are being replaced will be obselete and you will no longer receive monitor data from those subsystems. The first antenna is scheduled to go operational with the NSP equipment in December, 2002, and the upgrade will be complete in November, 2003. The subsystem descriptions in this appendix will identify which subsystems are legacy and which are NSP. For the legacy subsystems the description will indicate whether the subsystem will be replaced by an NSP subsystem. apa Antenna Pointing Assembly. The apa is part of the Antenna Mechanical (ANT) Subsystem. The apa controls the antenna pointing for the 34M HEF and 70M antennas. The apa uses predicts or feedback from the receiver to point the antenna at the spacecraft. The apa is a legacy subsystem. It will eventually be replaced by the apc, but that won't occur until 2004 or 2005 at the earliest. apc Antenna Pointing Controller. The apc is the antenna pointing controller for the Antenna Mechanical (ANT) Subsystem. The apc controls the antenna pointing for the 34M BWG antennas. The apc uses predicts or feedback from the receiver to point the antenna at the spacecraft. The apc is a legacy subsystem which will remain in service after the NSP rollout is complete. It is not being replaced by an NSP subsystem. Eventually, the apc will replace the apa at the 34M HEF and 70M antennas. ce Connection Engine. The connection engine is an assembly of the Network Monitor and Control subsystem, which is an NSP subsystem. The connection engine receives directives from the NMC operator and sends directives to other the subsystems, assigning them to the connection/link and configuring them to support a spacecraft pass. cpa Command Processor Assembly. The cpa is the subsystem controller for the DSCC Command (DCD) subsystem. The CPA receives the command data and passes it to the command modulation assembly, which generates the subcarrier and modulates the command data onto the subcarrier. The DCD is a legacy subsystem which will be replaced by the UPL. dcc Downlink Channel Controller. This is the Downlink Tracking and Telemetry (DTT) subsystem. The DTT consists of receiver, telemetry processor, and downlink ranging assemblies controlled by the dcc, which is the subsystem controller. The DTT demodulates the carrier, the subcarrier, and the symbol stream. It converts the symbols to bits and performs frame synchronization and decoding. It transmits the processed telemetry to the projects. It also performs ranging correlation and provides downlink carrier phase data for Doppler measurements. It is an NSP subsystem which will replace the BVR, DTM, and MDA subsystems. A single DTT provides all the processing capabilities for one downlink channel. Up to 4 DTTs can be assigned to a single connection/link to provide 4 downlink channels. In the 0158-Monitor data there are 4 sets of DTT channels defined, one set for each logical downlink channel. etc Exciter-Transmitter Controller. The etc is the subsystem controller for the Exciter-Transmitter (ETX) subsystem. The ETX receives the subcarrier, modulates the subcarrier onto the carrier, and transmits it to the spacecraft. The ETX is a legacy subsystem which will be replaced by the UPL. mda Metric Data Assembly. The MDA receives the downlink carrier frequency from the BVR and compares it to the predicted frequency, generating Doppler residuals. It also receives ranging data from the SRA (Sequential Ranging Assembly), packages it for output, and sends it out. This is a legacy subsystem which will be replaced by the DTT and the UPL. rcc Receiver Control Computer. The rcc is the subsystem controller for the Block V Receiver (BVR) subsystem. The BVR demodulates the carrier, the subcarrier, and the symbol stream and converts the symbols to bits. The BVR is a legacy subsystem which will be replaced by the DTT. tgc Telemetry Group Controller. The tgc is the subsystem controller for the DSCC Telemetry (DTM) subsystem. The DTM performs frame synchronization and decoding and sends the processed telemetry data to the projects. The DTM is a legacy subsystem which will be replaced by the DTT. tx_hp High Power Transmitter. The high power transmitter receives the subcarrier, and modulates it onto the carrier, and transmits it to the spacecraft. ulc Uplink Control. The ulc is the subsystem controller for the Uplink (UPL) subsystem. The UPL consists of the following assemblies, which are controlled by the ulc: the Command Control Processor (ccp), the Command Modulation Generator (cmg), the Exciter-Transmitter Controller (etc), and the Uplink Ranging Controller (urc). The UPL receives directives and command data from the end user, modulates the uplink carrier with the command data and ranging modulation, amplifies the modulated carrier for transmission, and provides uplink carrier phase data for Doppler measurement and ranging phase data for ranging measurement. There are currently two versions of the UPL subsystem. UPL-6167-OPBV2.0.1 (a.k.a. Delivery 2 or D2) is the first operational version. It is already deployed. UPL-6167-OPCV3.2.0 (a.k.a Delivery 3 or D3) will be deployed during the NSP rollout, replacing UPL-6167-OPBV2.0.1. Delivery 2 of the UPL consists only of the ccp and cmg assemblies. It is used with the legacy ETX subsystem. Delivery 3 adds the etc and urc assemblies, which replace the legacy ETX and the MDA subsystems. The UPL is an NSP subsystem which will replace the DCD, ETX, and MDA subsystems. uwv Antenna Microwave Subsystem. The antenna microwave subsystem consists of the feed equipment group and the low noise amplifiers. It controls the connections between the low noise amplifiers and the receivers.