SIMPLE  =                    T / file does conform to FITS standard
BITPIX  =                    8 / number of bits per data pixel
NAXIS   =                    0 / number of data axes
EXTEND  =                    T / FITS dataset may contain extensions
DATE    = '01/06/98'           / FITS file creation date (dd/mm/yy)
FILENAME= 'd98.03.07.03:24:58.ovi.dat' / Name of this file
TLM_FILE= '80660101.d01.tail'  / Name of original telemetry file
EXT     = 'DET_UV  '           / Name of binary table extension
ORIGIN  = 'SAO     '           / Organization creating file
TELESCOP= 'SOHO    '           / Name of spacecraft
INSTRUME= 'UVCS    '           / Name of instrument
DETECTOR= 'OVI     '           / Name of detector
EXCON   = 'A       '           / Experiment computer
EXPCOUNT=                   57 / Number of exposures on file
TAI_OBS =   1.267932380436E+09 / Start time of observation in TAI
TAI_END =   1.267938857436E+09 / End time of observation in TAI
DATE_OBS= '07-MAR-1998 03:25:50.43' / Start date of observation in UT
DATE_END= '07-MAR-1998 05:13:47.43' / Ending date of observation in UT
STATUS  = 'sp_raw  '           / Calibration status
SC_STAT = 'N       '           / Spacecraft pointing calibration
FLT_FILE= 'None    '           / Name of flat field data file
DRK_FILE= 'None    '           / Name of dark count data file
CAL_FILE= 'None    '           / Name of calibration parameter file
ORB_FILE= 'None    '           / Name of SOHO orbit data file
ATT_FILE= 'None    '           / Name of SOHO attitude data file
OBS_NUM =                 6520 / Identifier of observation sequence
OBS_TYPE= 'SunCenter'          / Observation type
OBJECT  = 'COR'
RESULTS = 'Corona'
OBSERVER= 'G. Poletto'
OBS_MODE= '1.5, 1.7, 1.9, 2.2, 2.6, 3.0 Rsun' /
SCI_OBJ = 'Synoptic'
CMP_NO  =                    0
CEN     = '[2.25, 270]'        /Center of avg image: [Rsun, PA(deg)]
WIDTH   = '[1.50, 2.40]'       /Dimensions of avg image: [Rsun, Rsun]
SLIT_ID =                   84 /Slit width (arcsec)
RES     = '[84, 21, 0, 100]'   /Resolution:  [sp_x,sp_y,0,time]
EXPTIME =                 5700 /Total exposure time (s)
NWAVES  =                    3 /Number of wavelength ranges
WAVE1   = '[1022,1044]'        /
WAVE2   = '[1004,1013]'        /
WAVE3   = '[1236,1245]'        /
END