PDS_VERSION_ID           =  "PDS3"                                            
DATA_SET_ID              =  "MEX-M-MRS-1/2/3-PRM-0340-V1.0"                   
PROCESSING_LEVEL_ID      =  3                                                 
TARGET_NAME              =  "MARS"                                            
OBSERVATION_TYPE         =  "GLOBAL GRAVITY"                                  
INSTRUMENT_HOST_NAME     =  "MARS EXPRESS"                                    
INSTRUMENT_HOST_ID       =  "MEX"                                             
INSTRUMENT_NAME          =  "MARS EXPRESS ORBITER RADIO SCIENCE"              
INSTRUMENT_ID            =  "MRS"                                             
PRODUCER_ID              =  "IGM_COLOGNE"                                     
DSN_STATION_NUMBER       =  14                                                
PRODUCT_CREATION_TIME    =  2007-03-21T15:20:12.000                           
STANDARD_DATA_PRODUCT_ID =  "BRO"                                             
INSTRUMENT_MODE_ID       =  "TWOD_X"                                          
INSTRUMENT_MODE_DESC     =  "TWO-WAY DUAL-FREQUENCY X-BAND U/L X&S-Band D/L"  
RECORD_TYPE              = STREAM                                             
PRODUCT_ID               = "M14ODFSL02_BPS_050811253_00.JPG"                  
SOURCE_PRODUCT_ID        = "M14ODFSL02_DPS_050811253_00.TAB"                  
^BROWSE_IMAGE            = "M14ODFSL02_BPS_050811253_00.JPG"                  
                                                                              
OBJECT                   = BROWSE_IMAGE                                       
 ENCODING_TYPE           = JPEG                                               
 LINES                   = 2984                                               
 LINE_SAMPLES            = 2294                                               
 SAMPLE_BITS             = 24                                                 
 SAMPLE_TYPE             = UNSIGNED_INTEGER                                   
 DESCRIPTION             = "JPEG files contain several figures                
generated from level 2 Doppler data after processing and calibration.         
These may be useful in identifying data which deserve more detailed           
inspection.  For example, by looking at the JPEG file, the user can           
determine whether a signal was easily detectable or whether the data were     
corrupted.  Certain data anomalies can be readily seen in the plots.          
                                                                              
The panels are arranged in the following way and can be easily identified     
by the titel on top of it.                                                    
                                                                              
First row:                                                                    
      left:  Auto Gain Control in dBm vs UTC time in (DOYs)                   
      right: Calibration in Hz vs UTC time in (DOYs)                          
Second row:                                                                   
      left: Complete Residual of observed and predicted Doppler shift [Hz]    
             vs UTC time in (DOYs)                                            
      right: Complete Differential Doppler [Hz] vs UTC time in (DOYs)         
             (only available if both X- and S-Band was recorded)              
Third row and following:                                                      
      The complete residual (above) was subdivided into several plots. Every  
      3600 data points a new plot was generated in order to better identify   
      smaller fluctuations which would otherwise not be seen in the complete  
      plot.                                                                   
After the Residual plots:                                                     
      The complete differential Doppler (above) was subdivided into several   
      plots. Every 3600 data points a new plot was generated in order to      
      better identify smaller fluctuations which would otherwise not be seen  
      in the complete plot.                                                   
             (only available if both X- and S-Band was recorded)."            
END_OBJECT               = BROWSE_IMAGE                                       
END