  V  G  	p$TITLE = "B dome flat High=100 10s"
$CTIME = 605458075
$MTIME = 605458075
$LIMTIME = 0
$MINPIXVAL = 0.
$MAXPIXVAL = 0.
ORIGIN  = 'NOAO-IRAF FITS Image Kernel Aug 1 1997' / FITS file originator
DATE    = '09/09/98'           / Date FITS file was generated
IRAF-TLM= '14:27:10 (09/09/1998)' / Time of last modification
OBJECT  = 'B dome flat High=100 10s' / Name of the object observed
EXTEND  =                    T / File contains extensions
NEXTEND =                    8 / Number of extensions
FILENAME= 'dflat017'           / Original host filename
RADECSYS= 'FK5?    '           / Default coordinate system

TIMESYS = 'UTC approximate'    / Time system
MJDHDR  =       51063.97684028 / MJD of header creation
DATE-NEW= '1998-09-08T23:26:41.0' / Future DATE-OBS keyword (UTC approximate)

OBSERVAT= 'KPNO    '           / Observatory
TELESCOP= 'KPNO 0.9 meter telescope' / Telescope
ZD      =  5.1090000000000E+01 / Zenith distance
AIRMASS =  1.5900000000000E+00 / Airmass
TELFOCUS=                 4588 / Telescope focus
CORRCTOR= 'KPNO 0.9m Corrector' / Corrector Identification
ADC     = 'none    '           / ADC Identification

DETECTOR= 'CCDMosaThin1'       / Detector
DETSIZE = '[1:8176,1:8192]'    / Detector size for DETSEC
NCCDS   =                    8 / Number of CCDs
NAMPS   =                    8 / Number of Amplifiers
PIXSIZE1=                  15. / Pixel size for axis 1 (microns)
PIXSIZE2=                  15. / Pixel size for axis 2 (microns)
PIXSCAL1=                0.423 / Pixel scale for axis 1 (arcsec/pixel)
PIXSCAL2=                0.423 / Pixel scale for axis 2 (arcsec/pixel)
RAPANGL =                   0. / Position angle of RA axis (deg)
DECPANGL=                 270. / Position angle of DEC axis (deg)
FILPOS  =                    2 / Filter position
SHUTSTAT= 'dark              ' / Shutter status
TV1FOC  = -1.0700000000000E-01 / North TV Camera focus position
TV2FOC  = -9.6000000000000E-02 / South Camera focus position
ENVTEM  =  2.0400000000000E+01 / Ambient temperature (C)
DEWAR   = 'CCDMosaThin1 Dewar' / Dewar identification
DEWTEM1 = -1.7139999400000E+02 / Dewar temperature (C)
DEWTEM2 = -2.0000000000000E+00 / Fill Neck temperature (C)
CCDTEM  = -9.1800003000000E+01 / CCD temperature  (C)

CONTROLR= 'Mosaic Arcon'       / Controller identification
CONSWV  = '2.000  13Feb96     (add mode and group to hdrs)' / Controller softwar


AMPINTEG=                 3000 / (ns) Double Correlated Sample time
READTIME=                12600 / (ns) unbinned pixel read time
ARCONWD = 'Obs Tue Sep  8 15:23:28 1998' / Date waveforms last compiled
ARCONWM = 'OverlapXmit EarlyReset SplitShift ' / Waveform mode switches on
ARCONGI =                    1 / Gain selection (index into Gain Table)

OBSERVER= 'G. Jacoby, et.al.'  / Observer(s)
PROPOSER= '<unknown>'          / Proposer(s)
PROPOSAL= '<unknown>'          / Proposal title
PROPID  = 'T&E     '           / Proposal identification

IMAGESWV= 'mosdca (May97), CCDMosaThin1V4.tcl (Sep98)' / Image creation software


KWDICT  = 'MosaicV1.dic (Sep97)' / Keyword dictionary
RECNO   =                    0 / NOAO archive sequence number
IMAGEID =                    8 / Image identification
OBSID   = 'kp09m.19980908T232641' / Observation ID

OBSTYPE = 'mask    '           / Observation type
EXPTIME =               10.000 / Exposure time in secs
DARKTIME=               11.501 / Total elapsed time in secs
PREFLASH=             0.000000 / Preflash time (sec)
FILTER  = 'B Mosaic          ' / Filter name(s)

RA      = '11:43:32.00       ' / RA of observation (hr)
DEC     = '12:58:55.00       ' / DEC of observation (deg)
EQUINOX =  1.9986999510000E+03 / Equinox of coordinate system
DATE-OBS= '08/09/98'           / Date of observation start
TIME-OBS= '23:26:41.0'         / Time of observation start
MJD-OBS =       51063.97686343 / MJD of observation start
LSTHDR  = '15:11:33.00       ' / LST of header creation

TELRA   = '11:43:32.00       ' / RA of observation (hr)
TELDEC  = '12:58:55.00       ' / DEC of observation (deg)
TELEQUIN=  1.9986999510000E+03 / Equinox of coordinate system
TELRADEC= 'FK5?    '           / Default coordinate system

CCDNAME = 'SITe #7223FBR10-02 (NOAO 10)' / CCD name
AMPNAME = 'SITe #7223FBR10-02 (NOAO 10), upper left (Amp423)' / Amplifier name
GAIN    =                  2.8 / gain for amp 423 (e-/ADU)
RDNOISE =                  4.9 / read noise for amp 423 (e-)
SATURATE=                65535 / Maximum good data value (ADU)
CONHWV  = 'ACEB004_AMP23'      / Controller hardware version
ARCONG  =                  2.8 / gain expected for amp 423 (e-/ADU)
ARCONRN =                  4.9 / read noise expected for amp 423 (e-)
BPM     = 'mscdb$noao/CCDMosaThin1/bpm_im8' / Bad pixel mask
CCDSIZE = '[1:2048,1:4096]'    / CCD size
CCDSUM  = '1 1     '           / CCD pixel summing
CCDSEC  = '[1:2048,1:4096]'    / CCD section
AMPSEC  = '[1:2048,4096:1]'    / Amplifier section
DATASEC = '[1:2048,1:4096]'    / Data section
DETSEC  = '[6145:8192,4097:8192]' / Detector section
BIASSEC = '[2063:2112,1:4096]' / Bias section
TRIMSEC = '[1:2048,1:4096]'    / Trim section

ATM1_1  =                   1. / CCD to amplifier transformation
ATM2_2  =                  -1. / CCD to amplifier transformation
ATV1    =                   0. / CCD to amplifier transformation
ATV2    =                4097. / CCD to amplifier transformation
LTM1_1  =                  1.0 / CCD to image transformation
LTM2_2  =                  1.0 / CCD to image transformation
DTM1_1  =                   1. / CCD to detector transformation
DTM2_2  =                   1. / CCD to detector transformation
DTV1    =                6144. / CCD to detector transformation
DTV2    =                4096. / CCD to detector transformation

WCSDIM  =                    2 / WCS dimensionality
CTYPE1  = 'LINEAR  '           / Coordinate type
CTYPE2  = 'LINEAR  '           / Coordinate type
CRVAL1  =               4096.5 / Coordinate reference value
CRVAL2  =               4096.5 / Coordinate reference value
CRPIX1  =              -2047.5 / Coordinate reference pixel
CRPIX2  =                  0.5 / Coordinate reference pixel
CD1_1   =                  1.0 / Coordinate matrix
CD2_2   =                  1.0 / Coordinate matrix

CHECKSUM= '<unknown>'          / Header checksum
DATASUM = '<unknown>'          / Data checksum
CHECKVER= '<unknown>'          / Checksum version
CDELT1  =                   1.
CDELT2  =                   1.
WAT0_001= 'system=image'
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