OBJECT                   = COLUMN
  NAME                     = "TIME"
  COLUMN_NUMBER            = 1
  UNIT                     = "N/A"
  DATA_TYPE                = TIME
  START_BYTE               = 1
  BYTES                    = 24
  DESCRIPTION              = "
    Accumulation end time. This field contains time in PDS format:
    yyyy-mm-ddThh:mm:ss.sssZ. The individual elements of the time
    field can be read using the FORTRAN format statement
    (i4,4(1x,i2),1x,f6.3,1x) yr, mon, day, hr, min, sec."
END_OBJECT               = COLUMN

OBJECT                   = COLUMN
  NAME                     = "RATENAME"
  COLUMN_NUMBER            = 2
  UNIT                     = "N/A"
  DATA_TYPE                = CHARACTER
  START_BYTE               = 26
  BYTES                    = 8
  DESCRIPTION              = "
    'C' is appended to the ratename when instrument is in calibrate
    mode. See [SIMPSONETAL1992A] for channel energy ranges."
END_OBJECT               = COLUMN

OBJECT                   = COLUMN
  NAME                     = "INTERVAL TIME"
  COLUMN_NUMBER            = 3
  UNIT                     = "MILLISECOND"
  DATA_TYPE                = ASCII_INTEGER
  START_BYTE               = 35
  BYTES                    = 5
  DESCRIPTION              = "
    Length of the accumulation interval (LOI) in milliseconds."
END_OBJECT               = COLUMN

OBJECT                   = COLUMN
  NAME                     = "DEAD TIME FACTOR"
  COLUMN_NUMBER            = 4
  UNIT                     = "COUNTS/SECOND"
  DATA_TYPE                = ASCII_REAL
  START_BYTE               = 41
  BYTES                    = 9
  DESCRIPTION              = "
    The dead time factor (DTF) is either 1 (non-sectored data) or
    32 (sectored data)."
END_OBJECT               = COLUMN

OBJECT                   = COLUMN
  NAME                     = "COUNTS"
  COLUMN_NUMBER            = 5
  UNIT                     = "COUNTS"
  DATA_TYPE                = ASCII_INTEGER
  START_BYTE               = 51
  BYTES                    = 8
  DESCRIPTION              = "
    Flux can be computed from the counts according to the formula:
    Flux = 1000*DTF*COUNTS/LOI/0.0322 (counts/cm^2/s/sr) where DTF
    is the dead time factor and LOI is the interval time."
END_OBJECT               = COLUMN