SIMPLE  =                    T /this file conforms to the FITS standar
BITPIX  =                   16 / it consists of 16 -bit 2s complement
NAXIS   =                    2 / the data is an image(two-dimensional)
NAXIS1  =                  765 / width of the image in pixels
NAXIS2  =                 1000 / height of the image in pixels
BZERO   =          32768.00000 / pixel_value=BZERO+BSCALE*array_value
BSCALE  =                 1.00 / pixel_value=BZERO+BSCALE*array_value
OBJECT  = 'Object'                   /subject of this image
DATE    = '2002-02-09'
DATE-OBS= '2002-02-09T23:00:54.42'   / UT date of integration
TIME-OBS= '23:00:54.42'              / UT time
COMMENT ,The Time and Date in UT the first line of the image file
COMMENT ,   was read out form the active image area of the CCD
INSTRUME= 'SBIG ST-7'                / Camera Type
TELESCOP= 'Telescope'                / telescope used to take this ima
OBSERVER= 'Observers_name'           / name of the observer
ORIGIN  = 'WinScan2.01'              / software to take this image
EXPTIME =   84.249064117639577 / effective exposure time
EXPOSURE=   84.249064117639577 / effective exposure time
COMMENT  SHIFTIME * CCDHEIGH, time to shift all lines from the CCD
EACHSNAP=             84.24000 / each exposure
PIXWIDTH=              0.00900 / in mm
PIXHEIGH=              0.00900 / in mm
CCD-TEMP=             26.23000 / temperature of the CCD in Celsius
GAIN    =                2.300 / e-gain
FOCALLEN=            29.567000 / in inch
APERTURE=             99.99000 /in  square_inch
FILTER  = 'None'                     / filter used
BACKGRND=                  200 / to display the image
RANGE   =                 1000 / to display the image
HISTORY R
DATAMAX =                65535 / max value in the data
DRIFTSCN= '+Y'                       / SHIFTIME increases in +Y direct
SHIFTIME=   0.1651942433679200 / interval to read out one line
DECLINAT=           5.82250700 / center of the image
RIGHTACE=      145.71719080000 / center of the image
CTYPE1  = 'RA---CAR'                 / RA  - plate carree projection
CTYPE2  = 'DEC--CAR'                 / DEC - plate carree projection
CRVAL1  =      145.71719080000 / RA  in decimal degrees.
CRVAL2  =           5.82250700 / DEC in decimal degrees.
CRPIX1  =            382.50000 /  X pixel reference point
CRPIX2  =              500.000 /  Y pixel reference point
CDELT1  =   0.0006866338421691 / Y degrees per pixel
CDELT2  =   -0.000686632196636 / X degrees per pixel
CROTA1  =                90.00 / rotation of the axis
CROTA2  =                90.00 / rotation of the axis
EQUINOX =            2000.0000
COMMENT  CROTA1=90.0,CROTA2=90.0 so that axis 2 in  physical space
COMMENT  corresponds to axis 1 in pixel space and vice versa.
COMMENT  The most rapidly varying axis is axis 1 (in pixel space),
COMMENT  described by the values of NAXIS1 and CRPIX1.
COMMENT  The corresponding physical axis is the one (y)
COMMENT  described by CTYPE2, CRVAL2, and CDELT2.
KINDIMG = 'DriftScan'                / kind of image:standard, drift s
CCDHEIGH=                  510 / number of lines on the CCD
RAMPSTAR=                  510 / ramping, lines at the start of the im
RAMPEND =                    0 / ramping, lines at the end of the imag
COMMENT Sekunden je Reihe 0.165194243367921
COMMENT WinScan2.01
COMMENT -
COMMENT -
COMMENT Y2KYear=2002
COMMENT Comment
COMMENT ANote
END