urn:esa:psa:em16_tgo_acs:data_raw:acs_raw_sc_mir_20210924t185608-20210924t190628-17122-1-1 4.0 1.21.0.0 Product_Observational ACS Team 2023 10.57780/esa-yy83w6t The raw data collection contains the raw science and housekeeping data from the instrument and the data is released publicly on a daily basis with a six month lag from the data being obtained. Physically the collection is organised by science phase, then orbit range in groups of 100 orbits, then orbit.Different data types e.g. HK plus science from different channels may be mixed in this time related directory. A description of the raw data products is given in the ACS Experiment to Archive InterfaceControl Document (EAICD), available under the Documents tab in the PSA user interface or via the DocumentCollection on the PSA ftp page (http://archives.esac.esa.int/psa/ftp/ExoMars2016/em16_tgo_acs/document). A quick start guide can also be found at: https://issues.cosmos.esa.int/socciwiki/display/PSAPUB1/ACS+Quick+Start+Guide 2019-09-01 2.0 First production version to support start of science operations, updated information model (v1.11) 2021-11-01 3.0 From November 2021 and DPS version 3.18 all products produced are version 3.0 and information model v1.15. 2024-07-21 4.0 From June 2024 and DPS version 5.0 all products produced are version 4.0 and information model v1.21. This includes both reprocessed products from before this date and newly generated products processed for the first time, hence for data generated by the TGO after this date, the first version will be version 4.0. Observational Intent 2021-09-24T18:56:08.644Z 2021-09-24T19:06:28.644Z Science Raw Summary of Results Infrared Atmosphere Atmospheres ExoMars 2016 Mission urn:esa:psa:context:investigation:mission.em16 data_to_investigation Observing System for TGO+ACS TGO Host Instrument Host urn:esa:psa:context:instrument_host:spacecraft.tgo is_instrument_host ACS Instrument Instrument ACS urn:esa:psa:context:instrument:tgo.acs is_instrument MARS Planet Planet Mars urn:nasa:pds:context:target:planet.mars data_to_target Science Phase psp 17122 17122 MIR ACS MIR Science Spectrometer 1 EM16 Data Processing System 5.0.1 urn:esa:psa:em16_tgo_acs:document:exm-ac-icd-iki-00001_acs_eaicd data_to_document SCI__DACS__0242E101_2021-267T17-18-31__00001.EXM data_to_telemetry_source_product ExoMars 16 Science Operations Center acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-EB__4_0.tab acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-EB__4_0.tab 2024-07-21T01:41:20.284Z 252 1 7ae240b497b462ad5ae10da6d8bdc280 Frame1 0 1 Data frame header that precedes that data frame rows Carriage-Return Line-Feed 30 0 252 INSTRUMENT 1 1 ASCII_NonNegative_Integer 10 Channel identifier FRAME 2 12 ASCII_NonNegative_Integer 10 Channel-specific continuous number of a data record OBT 3 23 ASCII_Integer 20 Onboard time in 2^−24 s PACKET_NUMBER 4 44 ASCII_NonNegative_Integer 10 Continuous number of a channel observation data record LABEL 5 55 ASCII_NonNegative_Integer 10 The packet identifier LOCAL_TIME 6 66 ASCII_NonNegative_Integer 10 Local time of the frame registration start in 0.01 s FRAME_INDEX_RANGE 7 77 ASCII_NonNegative_Integer 10 The spectre allotment offset in the Spectral Range list of the Command data block FRAME_INDEX_SERIES 8 88 ASCII_NonNegative_Integer 10 The measurement series serial number CONFIGURATION_ADD 9 99 ASCII_Integer 1 Rows in spectral bars summation flag CONFIGURATION_SCALE 10 101 ASCII_Integer 1 Scaling flag CONFIGURATION_COMPRESS 11 103 ASCII_Integer 1 Compression flag CONFIGURATION_DRIVER 12 105 ASCII_Integer 1 The cooler motor driver number CONTROL_SEGMENT 13 107 ASCII_NonNegative_Integer 10 2^(4+Value) points in compressed segment CONTROL_TRUNCATE 14 118 ASCII_NonNegative_Integer 10 Amount of bits by which output data were unshifted CONTROL_CUT 15 129 ASCII_NonNegative_Integer 10 Amount of the segments trimmed totally of the spectral range edges DETECTOR_TEST_MODE 16 140 ASCII_Integer 1 Test video mode flag DETECTOR_GAIN 17 142 ASCII_NonNegative_Integer 10 The (6/(1+5 (63−Value)/63)) video attenuation level OFFSET_SIGN 18 153 ASCII_Integer 1 The negative ADC video offset flag OFFSET_POWER 19 155 ASCII_NonNegative_Integer 10 The ADC video offset magnitude in 2.4 mV EXPOSITION 20 166 ASCII_NonNegative_Integer 10 The total integration time from 0.1268 ms in 0.1268 ms ACCUMULATION 21 177 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame DET_TEMPERATURE 22 188 ASCII_NonNegative_Integer 10 The detector temperature sensor voltage in 2^−16 × 2.5 V POSITION_CONFIRM 23 199 ASCII_Integer 1 The spectral range allotter angling confirmation flag POSITION_ERROR 24 201 ASCII_Integer 1 The spectral range allotter angling error flag POSITION_GRATING 25 203 ASCII_Integer 1 The spectral range allotter grating POSITION_POSITION 26 205 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count POSITION_CODE_CODE 27 216 ASCII_NonNegative_Integer 10 A spectral range allotter position code POSITION_CODE_PROTECTION 28 227 ASCII_Integer 1 Flag of a current protection STATUS 29 229 ASCII_NonNegative_Integer 10 Record status CRC 30 240 ASCII_NonNegative_Integer 10 CRC-16 CCITT of previous 2046 bytes acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-AA__4_0.tab acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-AA__4_0.tab 2024-07-21T01:41:20.250Z 655 1 6882e58617432e1c69480118918173ae Command 0 1 Telecommand conducted observation session Carriage-Return Line-Feed 90 0 655 INSTRUMENT 1 1 ASCII_NonNegative_Integer 10 Channel identifier FRAME 2 12 ASCII_NonNegative_Integer 10 Channel-specific continuous number of a data record OBT 3 23 ASCII_Integer 20 Onboard time in 2^−24 s PACKET_NUMBER 4 44 ASCII_NonNegative_Integer 10 Continuous number of a channel observation data record LABEL 5 55 ASCII_NonNegative_Integer 10 The packet identifier COMMAND_SINGLE 6 66 ASCII_Integer 1 Non-cyclic measurements flag COMMAND_PACK 7 68 ASCII_Integer 1 Flag of data accumulation and transmission in packets COMMAND_MODE 8 70 ASCII_Integer 1 Not-test mode flag CONFIGURATION_ADD 9 72 ASCII_Integer 1 Rows in spectral bars summation flag CONFIGURATION_SCALE 10 74 ASCII_Integer 1 Scaling flag CONFIGURATION_COMPRESS 11 76 ASCII_Integer 1 Compression flag CONFIGURATION_DRIVER 12 78 ASCII_Integer 1 The cooler motor driver number CONTROL_SEGMENT 13 80 ASCII_NonNegative_Integer 10 2^(4+Value) points in compressed segment CONTROL_TRUNCATE 14 91 ASCII_NonNegative_Integer 10 Amount of bits by which output data were unshifted CONTROL_CUT 15 102 ASCII_NonNegative_Integer 10 Amount of the segments trimmed totally of the spectral range edges DELAY 16 113 ASCII_NonNegative_Integer 10 Delay in 5 s between the measurement and data transmission starts TIME 17 124 ASCII_NonNegative_Integer 10 The measurements time span in 10 s from the data transmission start, (exceptionally, zero span stands for 2^16 × 10 s) DETECTOR_TEST_MODE 18 135 ASCII_Integer 1 Test video mode flag DETECTOR_GAIN 19 137 ASCII_NonNegative_Integer 10 The (6/(1+5 (63−Value)/63)) video attenuation level OFFSET_SIGN 20 148 ASCII_Integer 1 The negative ADC video offset flag OFFSET_POWER 21 150 ASCII_NonNegative_Integer 10 The ADC video offset magnitude in 2.4 mV EXPOSITION 22 161 ASCII_NonNegative_Integer 10 The total integration time from 0.1268 ms in 0.1268 ms DETECTOR_COOLING_DIRECT 23 172 ASCII_Integer 1 Disabled temperature excess protection flag DETECTOR_COOLING_SWIFT 24 174 ASCII_Integer 1 Disabled cooler speed protection flag DETECTOR_COOLING_RATE 25 176 ASCII_NonNegative_Integer 10 The direct cooling rate from 50% to 74% in 8% on Direct flag, otherwise the comparative temperature sensor voltage from (2^16−1)^−1 × 62255 V in (2^16−1)^−1 × 160 V FRAME_BAR_1_BEGIN 26 187 ASCII_NonNegative_Integer 10 This bar, stripped from frame, first row index from 0 to 510 in 2 rows FRAME_BAR_1_END 27 198 ASCII_NonNegative_Integer 10 This bar, stripped from frame, last row index from 1 to 511 in 2 rows (zero last row index exceptionally stands for not stripping the bar at all) FRAME_BAR_2_BEGIN 28 209 ASCII_NonNegative_Integer 10 This bar, stripped from frame, first row index from 0 to 510 in 2 rows FRAME_BAR_2_END 29 220 ASCII_NonNegative_Integer 10 This bar, stripped from frame, last row index from 1 to 511 in 2 rows (zero last row index exceptionally stands for not stripping the bar at all) FRAME_BAR_3_BEGIN 30 231 ASCII_NonNegative_Integer 10 This bar, stripped from frame, first row index from 0 to 510 in 2 rows FRAME_BAR_3_END 31 242 ASCII_NonNegative_Integer 10 This bar, stripped from frame, last row index from 1 to 511 in 2 rows (zero last row index exceptionally stands for not stripping the bar at all) FRAME_BAR_4_BEGIN 32 253 ASCII_NonNegative_Integer 10 This bar, stripped from frame, first row index from 0 to 510 in 2 rows FRAME_BAR_4_END 33 264 ASCII_NonNegative_Integer 10 This bar, stripped from frame, last row index from 1 to 511 in 2 rows (zero last row index exceptionally stands for not stripping the bar at all) FRAME_BAR_5_BEGIN 34 275 ASCII_NonNegative_Integer 10 This bar, stripped from frame, first row index from 0 to 510 in 2 rows FRAME_BAR_5_END 35 286 ASCII_NonNegative_Integer 10 This bar, stripped from frame, last row index from 1 to 511 in 2 rows (zero last row index exceptionally stands for not stripping the bar at all) SPECTRAL_RANGE_1_MODE 36 297 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_1_GRATING 37 299 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_1_POS_STEPS 38 301 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_1_ALLOWANCE 39 312 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_1_ACCUMULATION 40 314 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_2_MODE 41 325 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_2_GRATING 42 327 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_2_POS_STEPS 43 329 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_2_ALLOWANCE 44 340 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_2_ACCUMULATION 45 342 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_3_MODE 46 353 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_3_GRATING 47 355 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_3_POS_STEPS 48 357 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_3_ALLOWANCE 49 368 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_3_ACCUMULATION 50 370 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_4_MODE 51 381 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_4_GRATING 52 383 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_4_POS_STEPS 53 385 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_4_ALLOWANCE 54 396 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_4_ACCUMULATION 55 398 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_5_MODE 56 409 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_5_GRATING 57 411 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_5_POS_STEPS 58 413 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_5_ALLOWANCE 59 424 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_5_ACCUMULATION 60 426 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_6_MODE 61 437 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_6_GRATING 62 439 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_6_POS_STEPS 63 441 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_6_ALLOWANCE 64 452 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_6_ACCUMULATION 65 454 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_7_MODE 66 465 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_7_GRATING 67 467 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_7_POS_STEPS 68 469 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_7_ALLOWANCE 69 480 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_7_ACCUMULATION 70 482 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_8_MODE 71 493 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_8_GRATING 72 495 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_8_POS_STEPS 73 497 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_8_ALLOWANCE 74 508 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_8_ACCUMULATION 75 510 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_9_MODE 76 521 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_9_GRATING 77 523 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_9_POS_STEPS 78 525 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_9_ALLOWANCE 79 536 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_9_ACCUMULATION 80 538 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame SPECTRAL_RANGE_10_MODE 81 549 ASCII_Integer 1 The spectral range allotter steps-count positioning mode flag SPECTRAL_RANGE_10_GRATING 82 551 ASCII_Integer 1 The spectral range allotter grating SPECTRAL_RANGE_10_POS_STEPS 83 553 ASCII_NonNegative_Integer 10 The spectral range allotter position angling number or steps count SPECTRAL_RANGE_10_ALLOWANCE 84 564 ASCII_Integer 1 The spectral range allotment measurement allowance flag SPECTRAL_RANGE_10_ACCUMULATION 85 566 ASCII_NonNegative_Integer 10 (max(8 Value,1)) detected frames summed-up into the data frame RESERVED 86 577 ASCII_Numeric_Base16 32 Unused bytes COOLING_TIME 87 610 ASCII_NonNegative_Integer 10 The detector cooling time from 8 min in 1 min V_BYTE 88 621 ASCII_NonNegative_Integer 10 Exclusive disjunction of previous 57 bytes STATUS 89 632 ASCII_NonNegative_Integer 10 Record status CRC 90 643 ASCII_NonNegative_Integer 10 CRC-16 CCITT of previous 2046 bytes acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-EC__4_0.tab acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-EC__4_0.tab 2024-07-21T01:41:20.294Z 872157 321 2470ed59eb36f4b49d52d3be89fe11db Row 0 321 Data frame row Carriage-Return Line-Feed 14 1 2717 INSTRUMENT 1 1 ASCII_NonNegative_Integer 10 Channel identifier FRAME 2 12 ASCII_NonNegative_Integer 10 Channel-specific continuous number of a data record OBT 3 23 ASCII_Integer 20 Onboard time in 2^−24 s PACKET_NUMBER 4 44 ASCII_NonNegative_Integer 10 Continuous number of a channel observation data record LABEL 5 55 ASCII_NonNegative_Integer 10 The packet identifier FRAME_INDEX_RANGE 6 66 ASCII_NonNegative_Integer 10 The spectre allotment offset in the Spectral Range list of the Command data block FRAME_INDEX_SERIES 7 77 ASCII_NonNegative_Integer 10 The measurement series serial number COMPRESSION_SEGMENT 8 88 ASCII_NonNegative_Integer 10 2^(4+Value) points in compressed segment COMPRESSION_COMPRESS 9 99 ASCII_Integer 1 Compression flag COMPRESSION_SCALE 10 101 ASCII_NonNegative_Integer 10 Amount of bits by which output data unshifted to fit 16 bits LINE 11 112 ASCII_NonNegative_Integer 10 The row number (of the first of summed up ones) SIZE 12 123 ASCII_NonNegative_Integer 10 Amount of bytes in the row data 1 1280 1 0 134 2560 ROW_DATA 1 ASCII_Numeric_Base16 2 STATUS 13 2694 ASCII_NonNegative_Integer 10 Record status CRC 14 2705 ASCII_NonNegative_Integer 10 CRC-16 CCITT of previous 2046 bytes acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-EA__4_0.tab acs_raw_sc_mir_20210924T185608-20210924T190628-17122-1-1-EA__4_0.tab 2024-07-21T01:41:20.268Z 184756 646 66f1a59331ef247539eee91a746eef6d System 0 646 Channel system data Carriage-Return Line-Feed 24 0 286 INSTRUMENT 1 1 ASCII_NonNegative_Integer 10 Channel identifier FRAME 2 12 ASCII_NonNegative_Integer 10 Channel-specific continuous number of a data record OBT 3 23 ASCII_Integer 20 Onboard time in 2^−24 s PACKET_NUMBER 4 44 ASCII_NonNegative_Integer 10 Continuous number of a channel observation data record LABEL 5 55 ASCII_NonNegative_Integer 10 The packet identifier LOCAL_TIME 6 66 ASCII_NonNegative_Integer 10 Local time of the frame registration start in 0.01 s ONBOARD_TIME 7 77 ASCII_Integer 20 Onboard time in 2^−24 s DET_TEMPERATURE 8 98 ASCII_NonNegative_Integer 10 The detector temperature sensor voltage in (2^16 − 1)^−1 × 2.5 V COOLING_RATE 9 109 ASCII_NonNegative_Integer 10 The detector cooling rate COOLER_SPEED 10 120 ASCII_NonNegative_Integer 10 The detector cooler speed DET_PWR_GPOL 11 131 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 2.43 V DET_PWR_VDDA 12 142 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 4.86 V DET_PWR_VDD 13 153 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 4.86 V DET_PWR_VDD0 14 164 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 4.86 V DET_PWR_VR 15 175 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 4.86 V PWR_UNIT_5V 16 186 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 12.15 V PWR_UNIT_3VM 17 197 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 4.86 V PWR_UNIT_3V3 18 208 ASCII_NonNegative_Integer 10 A voltage in 2^−8 × 4.86 V PWR_UNIT_TEMP 19 219 ASCII_NonNegative_Integer 10 259.7 (11 Value−2^11)/(2^11−Value) C CONTROLLER_TEMP 20 230 ASCII_NonNegative_Integer 10 349.7 (2^−9×2.43 Value−0.776) C ANGLER_VOLTAGE 21 241 ASCII_NonNegative_Integer 10 The angler voltage in 2^−8×12.15 V ANGLER_TEMP 22 252 ASCII_NonNegative_Integer 10 The angler temperature code STATUS 23 263 ASCII_NonNegative_Integer 10 Record status CRC 24 274 ASCII_NonNegative_Integer 10 CRC-16 CCITT of previous 2046 bytes