PDS_VERSION_ID              = PDS3
RECORD_TYPE                 = STREAM
STANDARD_DATA_PRODUCT_ID    = HEA
DATA_SET_ID                 =  "MEX-M-MRS-1/2/3-PRM-0125-V1.0"
PRODUCT_ID                  = "M00SUE0L1A_HEA_042132120_00.TXT"
PRODUCT_CREATION_TIME       =  2005-11-02T17:58:01.000
PRODUCER_ID                 = "SUE"
INSTRUMENT_HOST_ID          = "MEX"
OBJECT                      = TEXT
PUBLICATION_DATE              = 2004-08-02
NOTE                          = "DSN MEX Data Collection: Days 212-213"
END_OBJECT                  = TEXT
END


Open Loop Data
==============

  Data Collection
  ---------------

     We have completed quick-look processing on the following MEX RSR open
loop data at Stanford:

DOY DSS        RSR        BAND RSR CH KSPS BT  REC   RECS      RSR      MAX
          START    STOP         ID         RS  LEN          FILE NAME   SNR
--- --- -------- -------- ---- --- -- ---- -- ----- ----- ------------ -----
212  65 11:43:00 11:58:00 X/XR   4  1    2 16  8260   901 4212114A.RSR  -0.7
212  65 11:43:00 11:58:00 X/SR   3  1    2 16  8260   901 4212114B.RSR  -1.3
213  15 21:20:00 21:35:00 X/XR   4  1    2 16  8260   901 4213212A.RSR  43.9
213  15 21:20:00 21:35:00 X/SR   3  1    2 16  8260   901 4213212B.RSR  32.9

  Anomalies
  ---------

     Although there appear to be modulation 'birdies' (interference) drifting
through the passband, there is no obvious carrier signal in the X-band data
from day 212.  The 'birdies' disappear at about 11:55:12 - within a few
seconds of the LOS identified by Gene Goltz.  There is no signal of any kind
visible in the S-band data.  My conclusion is that the RSR's were tuned to a
frequency NEAR the spacecraft, but not close enough to capture the carrier
when it went into occultation.

     The carrier in the data from day 213 drifts -120 Hz during the course of
the observation at X-band and about -30 Hz at S-band.