Name: mdR-eeeeeeee.fit, where eeeeeeee is the exposure number.
Produced by: mop
Used by: mtframes
Size: 9,149.76 Kb per file. Six sequences per hour, five frames per sequences, and 10 hours in a night yields a total of 2,744.928 Mb.
Archived? Yes. Tracked file.
SIMPLE = F / FIT STANDARD
BITPIX = 16 / FITS BITS/PIXEL
NAXIS = 2 / NUMBER OF AXES
NAXIS1 = 2128 / WIDTH (TOTAL!)
NAXIS2 = 2068 / HEIGHT (TOTAL!)
SDSS / THIS HEADER CONTAINS SPECIAL SDSS KEYWORD
UNSIGNED / UNSIGNED DATA - NO BSCALE OR BZERO KEYWORDS
TAI = 4401604153.79 / 1st row - Number of seconds since Nov 17 1858
TAIHMS = '11:49:13.79' / 1st row - TAI time (HH:MM:SS.SS) (TAI-UT = app
DATE-OBS= '11/05/98' / 1st row - TAI date
ORIGIN = 'MT running at APO'
TELESCOP= 'APO24 '
OBSERVER= '{Russet McMillan}'
RUN = 50944 / Imaging run number
FLAVOR = 'Flat ' / Flavor of this run: science, test, cal
SYS_SCN = '? ' / System of the scan great circle (e.g., mean)
EQNX_SCN= -1.0000000000000E+00 / Equinox of the scan great circle. (years)
NODE = -1.0000000000000E+00 / RA of the great circle's ascending node (deg)
INCL = -1.0000000000000E+00 / Great circle's inclination wrt cel. eq. (deg)
XBORE = 0.00000000000000E+00 / Boresight x offset from the array center (mm)
YBORE = 0.00000000000000E+00 / Boresight y offset from the array center (mm)
SYSTEM = 'mean ' / System of the TCC coordinates (e.g., mean)
EQUINOX = '2000 ' / Equinox of the TCC coordinates (years)
C_OBS = 6.00000000000000E+02 / CCD row clock rate (usec/row)
COLBIN = 1 / Binning factor perpendicular to the columns
ROWBIN = 1 / Binning factor perpendicular to the rows
STRIP = '? ' / Strip in the stripe being tracked
STRIPE = -1 / Stripe index number (23 <--> eta=0)
FRAME = 0 / Frame sequence number within the drift
FIELD = 0 / Field sequence number within the run
COMMENT = 'The following parameters are for when column 0 of row 0 was read'
DAVERS = 'v11_1 ' / Version of DA software
CCDMODE = '0 ' / Was the camera drifting
OBJECT = 'target210'
EXPTIME = 8.00000000000000E+00 / Integration time in seconds
COMMENT = 'CCD-specific parameters'
CAMCOL = 0 / Column in the imaging camera
CAMROW = 0 / row in the imaging camera
CCDLOC = 0 / Survey location of CCD (e.g., rowCol)
FILTER = 'z ' / Filter ('u', 'g', 'r', 'i', 'z', 'l', or 't')
NLINES = 2048 / Number of lines in a frame
AMPL = 0 / which amp 0,1,2,3 corresponds to low pix
AMPL = 2 / which amp 0,1,2,3 corresponds to low pix
AMPR = 1 / which amp 0,1,2,3 corresponds to high pix
AMPR = 3 / which amp 0,1,2,3 corresponds to high pix
CCDSECL = '[0,2068]' / Physical ccd section for low pixels
DATASECL= '[1024,2068]' / Image section for image in low pixels
BIASSECL= '[20,2068]' / Image section for bias in low pixels
OVERSECL= '[20,2068]' / Image section for overscan in low pixels
CCDSECR = '[1,2068]' / Physical ccd section for pixels
DATASECR= '[1024,2068]' / Image section for image in high pixels
BIASSECR= '[20,2068]' / Image section for bias in high pixels
OVERSECR= '[20,2068]' / Image section for overscan in high pixels
GROUP = 'astro ' / frame group
CAMTEMP = 1.80000000000000E+02 / camera temperature
GAIN = 5.00000000000000E+00 / camera gain
READNOIS= 1.20000000000000E+01 / camera readnoise
NAME = 'MT '
CHIPID = '4271ABU12-01'
T_RA = '175317.87'
T_DEC = '+250001.1'
T_EPOCH = '2000.000'
T_EL = ' 61.0 '
T_AZ = ' -96.8 '
FOCUS_T = '-6 '
FOCUS_U = '-6 '
FOCUS_V = '-6 '
LOUVERS = 'closed '
LST = '20:01:12'
DEWTEMP = 1.00000000000000E+02 / dewar temperature
DOMETEMP= 2.50000000000000E+04 / dome temperature
OBJNAME = 'Twilight' / Name of object
SEQID = 46475 / Sequence id number
EXPNUM = 46479 / Exposure id number
AIRMASS = 1.14000000000000E+00
VCOMM0 = 'BIAS BOARD VOLTAGES'
VCOMM1 = 'SIGNAL DAC SET MEASURED NOM TOL '
VCOMM2 = 'LN2TEMP 77 K 99 K 570 25 '
VCOMM3 = 'HEATERV 99 K 512 20 '
VCOMM4 = 'CCDTEMP -94 C 280 5 '
VCOMM5 = 'TSET 115 -0.52 V -0.56 V 485 5 '
VCOMM6 = 'TZERO 45 -3.29 V -3.36 V 344 5 '
VCOMM7 = 'I-TRIM2 254 4.98 V 4.98 V 765 5 '
VCOMM8 = 'I-TRIM1 254 4.98 V 4.96 V 765 5 '
VCOMM9 = 'I+TRIM2 10 -4.67 V -4.74 V 274 5 '
VCOMM10 = 'I+TRIM1 0 -5.06 V -5.16 V 253 5 '
VCOMM11 = 'VSW- 153 -3.99 V -4.06 V 309 7 '
VCOMM12 = 'VLG 101 -6.01 V -6.07 V 204 15 '
VCOMM13 = 'VT- 101 -6.01 V -6.09 V 204 7 '
VCOMM14 = 'VT+ 177 6.99 V 7.07 V 868 5 '
VCOMM15 = 'VP3- 60 -7.59 V -7.67 V 124 7 '
VCOMM16 = 'VP12- 60 -7.59 V -7.67 V 124 7 '
VCOMM17 = 'VP3+ 215 8.49 V 8.62 V 946 5 '
VCOMM18 = 'VP12+ 139 5.49 V 5.53 V 792 5 '
VCOMM19 = 'VS- 153 -3.99 V -4.08 V 309 7 '
VCOMM20 = 'VS+ 177 6.99 V 0.08 V 868 5 '
VCOMM21 = 'VR 45 11.98 V 12.03 V 817 5 '
VCOMM22 = 'VRD2 223 13.99 V 14.14 V 870 5 '
VCOMM23 = 'VRD1 223 13.99 V 14.22 V 870 5 '
VCOMM24 = 'VDD2 236 24.30 V 24.95 V 923 7 '
VCOMM25 = 'VDD1 236 24.30 V 24.77 V 923 7 '
END