SIMPLE = T / Written by IDL: Thu Apr 5 13:28:56 2007 BITPIX = -32 / Number of bits per data pixel NAXIS = 2 / Number of data axes NAXIS1 = 207 / NAXIS2 = 391 / DATE = '2007-04-05' / Creation UTC (CCCC-MM-DD) date of FITS header OBJECT = 'NGC4826 ' /Title of the dataset PROJECT = 'SINGS ' /Project name OBSRVR = 'Robert Kennicutt' /Principal Investigator Name TELESCOP= 'Spitzer ' /Telescope name INSTRUME= 'MIPS ' /Instrument name CHNLNUM = 3 /MIPS channel number (1=24um,2=70um,3=160um) WAVELEN = 0.000155900 /Wavelength of the observation (m) FREQ = 1.92431E+12 /Frequency of the observations (Hz) DATE_OBS= '2005-01-24' /Date at start of observations (yyyy-mm-dd) TIME_OBS= '21:56:38' /Time at start of observations (hh:mm:ss UT) EXPTYPE = 'scn ' /Exposure type EXPTIME = 16.7600 /Approximate exposure time for central pixel (sec AORKEY = '5570560,5570816' /AOR keys ORIGIN = 'MIPS enhancer' /Origin of the FITS file RA = '12:56:43.6' /Right ascension (hh:mm:ss) DEC = '+21:40:51.9' /Declination (dd:mm:ss) EQUINOX = 2000.00 /Equinox of RA and DEC EPOCH = 2000.00 /Epoch of RA and DEC (same as EQUINOX) PLTSCALE= 9.00000 /Plate scale (arcsec/pixel) CTYPE1 = 'RA---TAN' / Coordinate Type CTYPE2 = 'DEC--TAN' / Coordinate Type CD1_1 = -0.00250000000000 / Degrees / Pixel CD2_1 = 0.00000000000 / Degrees / Pixel CD1_2 = 0.00000000000 / Degrees / Pixel CD2_2 = 0.00250000000000 / Degrees / Pixel CRPIX1 = 117.500 / Reference Pixel in X CRPIX2 = 129.500 / Reference Pixel in Y CRVAL1 = 194.182006836 / R.A. (degrees) of reference pixel CRVAL2 = 21.6811008453 / Declination of reference pixel LONPOLE = 180.000000000 / Native longitude of Celestial pole LATPOLE = 90.0000000000 / Celestial latitude of native pole PV2_1 = 0.00000000000 /Projection parameter 1 PV2_2 = 0.00000000000 /Projection parameter 2 ZUNITS = 'MJy/sr ' /Current units of data JANSCALE= 4.37E+01 /Flux Conversion Factor to ZUNITS FLUXCONV= 4.37E+01 /Flux Conversion Factor to ZUNITS BACK_SUB= T /Indicator for background subtraction (T/F) BACKGRND= 9.06 /Background value at CRPIX1,CRPIX2 in ZUNITS BCKNOISE= 0.6110 /Background RMS noise in ZUNITS COMMENT COMMENT Processed by the SINGS MIPS team using the MIPS DAT 3.06 COMMENT COMMENT End of simplified header information COMMENT COMMENT Detailed header keyword information follows COMMENT COMMENT Note that the following information contains COMMENT all of the non-redundant keywords that are in COMMENT the final output from mips_enhancer COMMENT XTENSION= 'IMAGE ' /extension type BEGIN MAIN HEADER --------------------------------- COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H COMMENT ********************************************************************* COMMENT START Copying Primary Header from Calibration File COMMENT ********************************************************************* COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H COMMENT COMMENT ********************************************************************* COMMENT * Beg. mips_caler specific processing information. * COMMENT * File created by mips_caler, part 2 of MIPS team DAT. * COMMENT ********************************************************************* COMMENT * * COMMENT * mips_caler processing info: * MC_VER = 'v3.02 (22 Aug 2005)' / DAT version used in mips_caler processing. NUM_EXP = 601 / Total number of exposures in dataset. FILENAME= 'AOR_5570560_160_comb' / Dataset base filename. CALIPATH= '/usr/local/mips_dat/Pipeline/Cal/Flight/' / Path to calibration files PARAFILE= 'mips_caler160.param' / Data processing info read from this file. OUTPATH = './ ' / Output path (Set in parameter file). COMMENT * * COMMENT * Reduced data format. A single extension consists of 5 data planes * COMMENT * Plane 1: Calibrated signal. * COMMENT * Plane 2: Uncertainty in calibrated signal (no error prop yet) * COMMENT * Plane 3: Data flag - as above plus: * COMMENT * 4096 == At least one of the stims used to calibrate * COMMENT * this DCE was bad - eg. partial ramp sat. * COMMENT * 8192 == No calibrating stim flashs - Not able to * COMMENT * calibrate this pixel in this DCE. * COMMENT * 16384 == Fit order was changed from requested. * COMMENT * 32768 == Fewer stims than requested used in fit. * COMMENT * 65536 == No dark correction. * COMMENT * 131072 == No illumination correction. * COMMENT * 262144 == FNLC Pt1 requested but not applied. * COMMENT * 524288 == Median filter requested, not applied. * COMMENT * Plane 4: Instantaneous stim flash amplitude. * COMMENT * Plane 5: Instantaneous stim flash error. * DARKCOR = 'yes ' / Dark subtraction applied, (Set in parameter fil DARKFRM = 'me_160_dark_Cam13_18nov2004.fits' / Dark frame used (Set in parameter ILLMCOR = 'yes ' / Illumination correction applied (Set in paramet ILLUMFRM= 'me_160_ic_scan_Cam13_18nov2004.fits' / Illumination frame used (From DOFNL = 'no ' / Apply flux non-linearity correction (Set in par INORMVAL= 1. / Illumination correction normalized by. NSBRAK = 2 / Number of bracketing stims used (Set in paramet TIMEWEIG= 'yes ' / Time weighting applied in stim fit (Set in para STIMTYPE= 'wlin ' / Fitting used to find instantaneous stim value ( DOMFILT = 'no ' / Fitting used to find instantaneous stim value ( COMMENT ********************************************************************* COMMENT * End mips_caler processing info * COMMENT ********************************************************************* COMMENT ********************************************************************* COMMENT * Beg. Original data header - Gandalf + mips_sloper processing info * COMMENT ********************************************************************* COMMENT COMMENT FITS (Flexible Image Transport System) format is defined in 'Astronomy COMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H COMMENT **--------------------------------------------------------------** COMMENT file created by dat_pack COMMENT part 0 of the MIPS Team DAT COMMENT Karl Gordon (2003) COMMENT Steward Observatory, U. of Arizona COMMENT email [email protected] for info COMMENT **--------------------------------------------------------------** PROGID = 159 / from DCE #1 header RA_REF = 194.18208333 / from DCE #1 header DEC_REF = 21.68111111 / from DCE #1 header PRIMEARR= 1 / from DCE #1 header (1=prime, 2=not prime, 3=NA AORTYPE = 'scn ' / AOR type PRIM_FOV= '70 ' / Primary array FOV SSC_VER = 'S13.2.0 ' / from DCE #1 header (was CREATOR) DP_VER = 'v3.02 (22 Aug 2005)' / dat_pack version LFILE = 'mips_AOR_5570560_scn_A160_leg1_4s.lis' / ASCII list file used to crea N_DCES = 101 / number of DCEs packed DFILE1 = 'SPITZER_M3_5570560_0000_0000_2_raw.fits' / DCE file included DFILE2 = 'SPITZER_M3_5570560_0000_0001_2_raw.fits' / DCE file included DFILE3 = 'SPITZER_M3_5570560_0000_0002_2_raw.fits' / DCE file included DFILE4 = 'SPITZER_M3_5570560_0000_0003_2_raw.fits' / DCE file included DFILE5 = 'SPITZER_M3_5570560_0000_0004_2_raw.fits' / DCE file included DFILE6 = 'SPITZER_M3_5570560_0000_0005_2_raw.fits' / DCE file included DFILE7 = 'SPITZER_M3_5570560_0000_0006_2_raw.fits' / DCE file included DFILE8 = 'SPITZER_M3_5570560_0000_0007_2_raw.fits' / DCE file included DFILE9 = 'SPITZER_M3_5570560_0000_0008_2_raw.fits' / DCE file included DFILE10 = 'SPITZER_M3_5570560_0000_0009_2_raw.fits' / DCE file included DFILE11 = 'SPITZER_M3_5570560_0000_0010_2_raw.fits' / DCE file included DFILE12 = 'SPITZER_M3_5570560_0000_0011_2_raw.fits' / DCE file included DFILE13 = 'SPITZER_M3_5570560_0000_0012_2_raw.fits' / DCE file included DFILE14 = 'SPITZER_M3_5570560_0000_0013_2_raw.fits' / DCE file included DFILE15 = 'SPITZER_M3_5570560_0000_0014_2_raw.fits' / DCE file included DFILE16 = 'SPITZER_M3_5570560_0000_0015_2_raw.fits' / DCE file included DFILE17 = 'SPITZER_M3_5570560_0000_0016_2_raw.fits' / DCE file included DFILE18 = 'SPITZER_M3_5570560_0000_0017_2_raw.fits' / DCE file included DFILE19 = 'SPITZER_M3_5570560_0000_0018_2_raw.fits' / DCE file included DFILE20 = 'SPITZER_M3_5570560_0000_0019_2_raw.fits' / DCE file included DFILE21 = 'SPITZER_M3_5570560_0000_0020_2_raw.fits' / DCE file included DFILE22 = 'SPITZER_M3_5570560_0000_0021_2_raw.fits' / DCE file included DFILE23 = 'SPITZER_M3_5570560_0000_0022_2_raw.fits' / DCE file included DFILE24 = 'SPITZER_M3_5570560_0000_0023_2_raw.fits' / DCE file included DFILE25 = 'SPITZER_M3_5570560_0000_0024_2_raw.fits' / DCE file included DFILE26 = 'SPITZER_M3_5570560_0000_0025_2_raw.fits' / DCE file included DFILE27 = 'SPITZER_M3_5570560_0000_0026_2_raw.fits' / DCE file included DFILE28 = 'SPITZER_M3_5570560_0000_0027_2_raw.fits' / DCE file included DFILE29 = 'SPITZER_M3_5570560_0000_0028_2_raw.fits' / DCE file included DFILE30 = 'SPITZER_M3_5570560_0000_0029_2_raw.fits' / DCE file included DFILE31 = 'SPITZER_M3_5570560_0000_0030_2_raw.fits' / DCE file included DFILE32 = 'SPITZER_M3_5570560_0000_0031_2_raw.fits' / DCE file included DFILE33 = 'SPITZER_M3_5570560_0000_0032_2_raw.fits' / DCE file included DFILE34 = 'SPITZER_M3_5570560_0000_0033_2_raw.fits' / DCE file included DFILE35 = 'SPITZER_M3_5570560_0000_0034_2_raw.fits' / DCE file included DFILE36 = 'SPITZER_M3_5570560_0000_0035_2_raw.fits' / DCE file included DFILE37 = 'SPITZER_M3_5570560_0000_0036_2_raw.fits' / DCE file included DFILE38 = 'SPITZER_M3_5570560_0000_0037_2_raw.fits' / DCE file included DFILE39 = 'SPITZER_M3_5570560_0000_0038_2_raw.fits' / DCE file included DFILE40 = 'SPITZER_M3_5570560_0000_0039_2_raw.fits' / DCE file included DFILE41 = 'SPITZER_M3_5570560_0000_0040_2_raw.fits' / DCE file included DFILE42 = 'SPITZER_M3_5570560_0000_0041_2_raw.fits' / DCE file included DFILE43 = 'SPITZER_M3_5570560_0000_0042_2_raw.fits' / DCE file included DFILE44 = 'SPITZER_M3_5570560_0000_0043_2_raw.fits' / DCE file included DFILE45 = 'SPITZER_M3_5570560_0000_0044_2_raw.fits' / DCE file included DFILE46 = 'SPITZER_M3_5570560_0000_0045_2_raw.fits' / DCE file included DFILE47 = 'SPITZER_M3_5570560_0000_0046_2_raw.fits' / DCE file included DFILE48 = 'SPITZER_M3_5570560_0000_0047_2_raw.fits' / DCE file included DFILE49 = 'SPITZER_M3_5570560_0000_0048_2_raw.fits' / DCE file included DFILE50 = 'SPITZER_M3_5570560_0000_0049_2_raw.fits' / DCE file included DFILE51 = 'SPITZER_M3_5570560_0000_0050_2_raw.fits' / DCE file included DFILE52 = 'SPITZER_M3_5570560_0000_0051_2_raw.fits' / DCE file included DFILE53 = 'SPITZER_M3_5570560_0000_0052_2_raw.fits' / DCE file included DFILE54 = 'SPITZER_M3_5570560_0000_0053_2_raw.fits' / DCE file included DFILE55 = 'SPITZER_M3_5570560_0000_0054_2_raw.fits' / DCE file included DFILE56 = 'SPITZER_M3_5570560_0000_0055_2_raw.fits' / DCE file included DFILE57 = 'SPITZER_M3_5570560_0000_0056_2_raw.fits' / DCE file included DFILE58 = 'SPITZER_M3_5570560_0000_0057_2_raw.fits' / DCE file included DFILE59 = 'SPITZER_M3_5570560_0000_0058_2_raw.fits' / DCE file included DFILE60 = 'SPITZER_M3_5570560_0000_0059_2_raw.fits' / DCE file included DFILE61 = 'SPITZER_M3_5570560_0000_0060_2_raw.fits' / DCE file included DFILE62 = 'SPITZER_M3_5570560_0000_0061_2_raw.fits' / DCE file included DFILE63 = 'SPITZER_M3_5570560_0000_0062_2_raw.fits' / DCE file included DFILE64 = 'SPITZER_M3_5570560_0000_0063_2_raw.fits' / DCE file included DFILE65 = 'SPITZER_M3_5570560_0000_0064_2_raw.fits' / DCE file included DFILE66 = 'SPITZER_M3_5570560_0000_0065_2_raw.fits' / DCE file included DFILE67 = 'SPITZER_M3_5570560_0000_0066_2_raw.fits' / DCE file included DFILE68 = 'SPITZER_M3_5570560_0000_0067_2_raw.fits' / DCE file included DFILE69 = 'SPITZER_M3_5570560_0000_0068_2_raw.fits' / DCE file included DFILE70 = 'SPITZER_M3_5570560_0000_0069_2_raw.fits' / DCE file included DFILE71 = 'SPITZER_M3_5570560_0000_0070_2_raw.fits' / DCE file included DFILE72 = 'SPITZER_M3_5570560_0000_0071_2_raw.fits' / DCE file included DFILE73 = 'SPITZER_M3_5570560_0000_0072_2_raw.fits' / DCE file included DFILE74 = 'SPITZER_M3_5570560_0000_0073_2_raw.fits' / DCE file included DFILE75 = 'SPITZER_M3_5570560_0000_0074_2_raw.fits' / DCE file included DFILE76 = 'SPITZER_M3_5570560_0000_0075_2_raw.fits' / DCE file included DFILE77 = 'SPITZER_M3_5570560_0000_0076_2_raw.fits' / DCE file included DFILE78 = 'SPITZER_M3_5570560_0000_0077_2_raw.fits' / DCE file included DFILE79 = 'SPITZER_M3_5570560_0000_0078_2_raw.fits' / DCE file included DFILE80 = 'SPITZER_M3_5570560_0000_0079_2_raw.fits' / DCE file included DFILE81 = 'SPITZER_M3_5570560_0000_0080_2_raw.fits' / DCE file included DFILE82 = 'SPITZER_M3_5570560_0000_0081_2_raw.fits' / DCE file included DFILE83 = 'SPITZER_M3_5570560_0000_0082_2_raw.fits' / DCE file included DFILE84 = 'SPITZER_M3_5570560_0000_0083_2_raw.fits' / DCE file included DFILE85 = 'SPITZER_M3_5570560_0000_0084_2_raw.fits' / DCE file included DFILE86 = 'SPITZER_M3_5570560_0000_0085_2_raw.fits' / DCE file included DFILE87 = 'SPITZER_M3_5570560_0000_0086_2_raw.fits' / DCE file included DFILE88 = 'SPITZER_M3_5570560_0000_0087_2_raw.fits' / DCE file included DFILE89 = 'SPITZER_M3_5570560_0000_0088_2_raw.fits' / DCE file included DFILE90 = 'SPITZER_M3_5570560_0000_0089_2_raw.fits' / DCE file included DFILE91 = 'SPITZER_M3_5570560_0000_0090_2_raw.fits' / DCE file included DFILE92 = 'SPITZER_M3_5570560_0000_0091_2_raw.fits' / DCE file included DFILE93 = 'SPITZER_M3_5570560_0000_0092_2_raw.fits' / DCE file included DFILE94 = 'SPITZER_M3_5570560_0000_0093_2_raw.fits' / DCE file included DFILE95 = 'SPITZER_M3_5570560_0000_0094_2_raw.fits' / DCE file included DFILE96 = 'SPITZER_M3_5570560_0000_0095_2_raw.fits' / DCE file included DFILE97 = 'SPITZER_M3_5570560_0000_0096_2_raw.fits' / DCE file included DFILE98 = 'SPITZER_M3_5570560_0000_0097_2_raw.fits' / DCE file included DFILE99 = 'SPITZER_M3_5570560_0000_0098_2_raw.fits' / DCE file included DFILE100= 'SPITZER_M3_5570560_0000_0099_2_raw.fits' / DCE file included DFILE101= 'SPITZER_M3_5570560_0000_0100_2_raw.fits' / DCE file included COMMENT **=end RAW file primary header==================================** COMMENT **==============================================================** COMMENT **--------------------------------------------------------------** COMMENT file created by mips_sloper program COMMENT part 1 of the MIPS Team DAT COMMENT Karl Gordon & James Muzerolle (2000-2003) COMMENT Steward Observatory, U. of Arizona COMMENT email [email protected] for info COMMENT **--------------------------------------------------------------** COMMENT Reduced Data COMMENT plane 1: signal (DN/sec) COMMENT plane 2: uncertainty (DN/sec) COMMENT plane 3: data flag (1 = missing data, 2 = autoreject, COMMENT 4/8 = low/high saturated, 16 = reset, 32 = noise spike, COMMENT 64 = cosmic ray, 128 = no electronic linearity correction, COMMENT 256 = readout jump, 512 = no stim flash latent corection, COMMENT 1024 = no 24 micron 2nd read correction) COMMENT plane 4: # of good reads COMMENT plane 5: # of good segments COMMENT plane 6: read number of first saturated read (-1 if none) COMMENT plane 7: empirical uncertainty (DN/read) COMMENT plane 8: maximum 2pt difference (DN) COMMENT plane 9: read number of maximum 2pt different COMMENT planes 10: zero point for 1st segment COMMENT **--------------------------------------------------------------** COMMENT **-mips_sloper processing info----------------------------------** ARYTYPE = 'flight_ce1' / Array type (flight,spare,char) GAIN = 7.1 / Gain - electrons per DN COADD = 1 / Coaddition factor RST_RD = -1 / Read of reset in DCE (-1 if none) NIREADSF= ' ' / Mask file of initial number of reads rejected NMREADS = 4 / Number of reads rejected after any reset in DCE NCREADS = 100 / Number of reads rejected after any cosmic ray SF_NRDS = 16 / Number of reads/frames in stim flash SF_FREQ = 25 / Frequency of stim flashs SF_OFFST= 1 / DCE # of first stim flash LOWSAT = 10 / Low Saturation Value HIGHSAT = 61000 / High Saturation Value ELC_FILE= 'flight160_iocdata_28sep04.elincor_pt2.fits' / calibration file SLC_FILE= ' ' / calibration file CR_STDEV= 5. / # of std dev for cosmic ray identification SCRSTDEV= 3. / # of std dev for sensitive cosmic ray identific SS_STDEV= 10. / # of std dev for following slope segment reject NS_STDEV= 10. / # of std dev for negative slope segment rejecti COMMENT **--------------------------------------------------------------** MS_VER = 'v3.02 (22 Aug 2005)' / mips_sloper version DO_CRID = 'Yes ' / Perform cosmic ray identification? DO_DETCR= 'No ' / Output detailed cosmic rays statistics? DO_ELCOR= 'Yes ' / Perform electronic linearity correction? DO_SLCOR= 'No ' / Perform stim latent correction? DO_ELOUT= 'No ' / Output linearized ramps? DO_IDOUT= 'No ' / Output read identifications? DO_SGOUT= 'No ' / Output slope segment fits? COMMENT **--------------------------------------------------------------** COMMENT COMMENT ********************************************************************* COMMENT ** End of Gandalf + mips_sloper processing info ** COMMENT ********************************************************************* COMMENT ********************************************************************* COMMENT END Copying Primary Header from Calibration File COMMENT ********************************************************************* COMMENT ********************************************************************* COMMENT START Copying Original Header from first extension COMMENT ********************************************************************* COMMENT COMMENT ********************************************************************* COMMENT * Begin original extension header. * COMMENT * First 8 cards in original extension header trimmed off. * COMMENT ********************************************************************* CREATOR = 'S13.2.0 ' / SW version used to create this FITS file AOT_TYPE= 'MipsScan' / Observation Template Type AORLABEL= 'MIPSI-0114' / AOR Label REQTYPE = 'AOR ' / Request type (AOR, IER, or SER) FOVID = 113 / Field of View ID FOVNAME = 'MIPS_70um_scan' / Field of View Name RDOUTMOD= 'SUR ' / Readout mode / PROPOSAL INFORMATION OBSRVRID= 101 / Observer ID of Principal Investigator PROCYCL = 2 / Proposal Cycle PROTITLE= 'SINGS: The Spitzer Infrared Nearby Galaxies Survey -- Physics of the' PROGCAT = 27 / Program Category / TIME AND EXPOSURE INFORMATION MJD_OBS = 53394.914 / [days] MJD at DCE start (JD-2400000.5) UTCS_OBS= 159875798.259 / [sec] J2000 ephem. time at DCE start SCLK_OBS= 791071154.094 / [sec] SCLK time (since 1/1/1980) at DCE start SAMPTIME= 0.131072 / [sec] Sample integration time / TARGET AND POINTING INFORMATION OBJTYPE = 'TargetFixedSingle' / Object Type RADESYS = 'ICRS ' / International Celestial Reference System CRDER1 = 0.000301857086412236 / [deg] Uncertainty in CRVAL1 CRDER2 = 0.000302295798527037 / [deg] Uncertainty in CRVAL2 UNCRTPA = 0.00172540056183062 / [deg] Uncertainty in position angle CSDRADEC= 1.03785328657014E-05 / [deg] Costandard deviation in RA and Dec PA_RQST = 106.22316894464 / [deg] Reqst. pos. angle of TPF Z axis (E of N) PA = 15.509421250015 / [deg] pos. angle of axis 2 (E of N,+=CCW) PXSCAL1 = -15.9409264102578 / [arcsec/pix] Scale for axis 1 at CRPIX1,CRPIX2 PXSCAL2 = 17.9859364405274 / [arcsec/pix] Scale for axis 2 at CRPIX1,CRPIX2 CSM_RATE= 6320. / [milli-arcsec/sec] Mirror scan rate CSM_AVG = -0.1329952 / [degree] Average mirror position during exposur RMS_JIT = 0.145512986561174 / [arcsec] RMS jitter during DCE RMS_JITY= 0.144363070253648 / [arcsec] RMS jitter during DCE along Y RMS_JITZ= 0.0182574150660179 / [arcsec] RMS jitter during DCE along Z CSD_JTYZ= 0.0500227671942273 / [arcsec] YZ costandard deviation of jitter PTGDIFF = 31.0237677053861 / [arcsec] offset btwn actual and rqsted pntng PTGDIFFX= 0.249597107948725 / [arcsec] rqsted - actual pntng along axis 1 PTGDIFFY= -31.0257769949833 / [arcsec] rqsted - actual pntng along axis 2 USEDBPHF= T / T if Boresight Pointing History File was used / GENERAL MAPPING KEYWORDS MAPNUM = 1 / Current map cycle number CLPOSNUM= -1 / Current cluster position SCLEGNUM= 1 / Scan leg number SCANDIR = 'FWD ' / Scan direction / MIPS SCAN MAP SCANRATE= 'medium ' / Scan map rate (slow, med, fast) REQ160 = T / 160 micron data required (T/F) XSCNOFF = -8 / [arcsec] Cross-scan offset INSCNOFF= 180 / [arcsec] In-scan offset NSCANLEG= 6 / Number of scan legs SCANLEN = 0.5 / [deg] Scan leg length STEPFOR = 148 / [arcsec] Cross-scan step size for fwd leg STEPREV = 148 / [arcsec] Cross-scan step size for rev leg NMAPCYCL= 1 / Number of Scan Map Cycles / INSTRUMENT TELEMETRY DATA CE_SIDE = 1 / Common Electronics Side (1=A,2=B) GRPARVTC= 7.910712E+08 / [Sec] Coarse Spacecraft Group Time GRPARVTF= 0.4826727 / [Sec] Fine Spacecraft Group Time CRSESYNC= 791071153 / [Sec] MIPS Mirror Sync Pulse Coarse Time FINESYNC= 37337. / [Sec] MIPS Mirror Sync Pulse Fine Time CSM_MOD = 1 / CSMM Mode: 0=Chop,1=Ramp ANCSMDIR= 0 / CSMM Ramp Dir:0=neg=forward,1=pos=reverse STMID160= 2 / Det 160u Stimulator Power Enables ANHTR160= 0 / Det 160u Anneal Heater Enable STMFL160= 1. / Det 160u Stimulator Flashed DCE_FRMS= 36 / [Fr/DCE] Ge Frames per DCE Command STM_MODE= 0 / Stimulator Manual or Auto Mode FRMFLYBK= 4 / [Frames] CSMM Flyback Duration STMP160 = 20 / [Frames] Det 160u Stimulator Period in Data CSM_SLP = 226.20115 / [DAC/s] CSMM Ramp Slope Command DCE_CALC= 25 / DCEs per Calibration Cycle Command RSTP160 = 40 / [Frames] Det 160u Normal Reset Period in Data CSM_POS = 32605.6666666667 / [DAC] CSMM Position Output CSM_POSF= 14987.3333333333 / [DAC] CSMM Fine Position DAC CSM_POSC= 16732. / [DAC] CSMM Coarse Position DAC ANCSMCUR= 1491.21193333333 / [uAmps] CSMM Current IDUCD160= 21.1894193333333 / [uAmps] Det 160u Unit Cell Drain Current A-half IDUCB160= 21.007669 / [uAmps] Det 160u Unit Cell Drain Current B-half VOFFA160= 3.9808103 / [Volts] Det 160u Offset Voltage A-half VOFFB160= 3.9812254 / [Volts] Det 160u Offset Voltage B-half VMREF160= -4.99449896666667 / [Volts] Det 160u minus 5.00 Reference Voltage ANCSMGN = -14.942752 / CSMM Gain Adjustment DAC ISTIM160= 294.884906666667 / [uAmps] Det 160u Stimulator Current DAC IANNL160= -0.0620702076666667 / [mAmps] Det 160u Anneal Heater Current DAC VQRST160= -1.8971337 / [Volts] Det 160u Q Reset High Level Voltage CSM_OFFS= 2366.98876666667 / [arcsec] CSMM Position Offset DAC Output BRD_T160= 30.1951016666667 / [Deg_C] Det 160u Control Board Temp VBIAS160= 0.0129893923333333 / [Volts] Det 160u Common Bias Voltage at Detecto VRS1_160= -1.33670446666667 / [Volts] Det 160u Reset Voltage 1 @ Detector VRS2_160= -1.31158826666667 / [Volts] Det 160u Reset Voltage 2 @ Detector VRS3_160= -1.3127818 / [Volts] Det 160u Reset Voltage 3 @ Detector VRS4_160= -1.30785196666667 / [Volts] Det 160u Reset Voltage 4 @ Detector ANCSMPS1= 2007. / [DAC] CSMM Scanpos1 Command ANCSMPS2= 2007. / [DAC] CSMM Scanpos2 Command ANCSMRP1= 2048. / [DAC] CSMM Relpos1 Command ANCSMRP2= 2272. / [DAC] CSMM Relpos2 Command ANCSMSTP= -18. / [DAC] CSMM Scanoffset Command CSM_PIDX= 1 / Scan Position Index CMD_DCES= 101 / Number of DCEs in Exposure ANCALCYC= 0 / DCEs completed in Calibration Cycle CSM_OOLC= 0 / CSMM Out Of Limits Count SC_SYNCC= 18038 / Total HTG CSMM to SC Synch Pulse Count GROUPCNT= 1 / MIPS Group Count Per DCE GROUPIDX= 84 / MIPS Exposure Manager Index for Next SDM Group ANIMCYFC= 36 / Frames per Image Cycle Commanded ANHTGEFC= 5911 / HTG Frames In Exposure Counter IMGCYCLC= 44133 / Total Image Cycles Since HTG Ready EXPIMGCY= 1 / Image Cycles in Exposure Counter AJNCT160= 1.2156137 / [Deg_K] 160u FPA Junction Temp AD160BSE= 1.27202633333333 / [Deg_K] 160u FPA Cold Plate AD160TMA= 1.26621216666667 / [Deg_K] 160u Detector Temp A AD160STM= 1.27452406666667 / [Deg_K] 160u Stimulator Temp AD160TMB= 1.27138986666667 / [Deg_K] 160u Detector Temp B ACSMMTMP= 1.267823 / [Deg_K] CSMM Base Temp ACEBOXTM= 13.46948 / [Deg_C] CE Box Temp AVDSUBV = 25650.33 / [Volts] VD Sub Voltage ACREJCNT= 0 / Command Reject Counter AIRSPCNT= 0 / Invalid Response Count ABASTMCR= 791060410 / Coarse Component of CE Base Time ABASTMFN= 5021 / Fine Component of CE Base Time AFSWMJRV= 3 / CE Flight Software Major Version Number AFSWMINV= 2 / CE Flight Software Minor Version Number ALIMVCNT= 0 / Limit Violation Counter AFIFOBAD= 1 / Science Data FIFO Bad Half Full Interrupts ASDMGRFA= 0 / SDM Groups Not Accepted By CDH ALSTERLD= 0 / Last Error Id ALSTERPM= 0 / Last Error Parameter ATOTALER= 0 / Total Errors Posted Count HSPLSTMF= 37543 / MIPS Scan Mirror Pulse Timestamp Fine SC_AT_Q1= 0.2117643 / ATDT_SC_QUATERNION_Q1 SC_AT_Q2= -0.76553 / ATDT_SC_QUATERNION_Q2 SC_AT_Q3= 0.6026016 / ATDT_SC_QUATERNION_Q3 SC_AT_Q4= 0.0774015 / ATDT_SC_QUATERNION_Q4 SC_R8_X = 0.04808053 / [asec/s] SC_R8_Y = 6.306139 / [asec/s] SC_R8_Z = -0.02573145 / [asec/s] SLEWING = 1 / ACG_MANEUVER_IN_PROGRESS / DATA FLOW KEYWORDS ORIGIN0 = 'JPL_FOS ' / Site where raw-FITS file was written CREATOR0= 'JPL_FOS SIS' / SW system that created raw-FITS file SIS_SVER= 'J5.3 ' / SIS SW VERsion of CREATOR0 DS_IDENT= 'ads/sa.spitzer#0005570560' / Data Set Identification for ADS/journals EXPID = 0 / Exposure ID (0-9999) DCENUM = 0 / DCE number (0-9999) TLMGRPS = 3 / Number of expected telemetry groups FILE_VER= 1 / Version of the raw file made by SIS RAWDATE = '2005-01-25T00:13:40' / SIS file creation date RAWFILE = 'MIPS.3.0005570560.0000.0000.01.mipl.fits' / Raw data file name CPT_VER = '3.0.98 ' / Channel Param Table FOS versioN EXPDFLAG= F / (T/F) expedited DCE MISS_LCT= 0 / Total Missed Line Cnt in this FITS MANCPKT = F / T if this FITS is Missing Ancillary Data MISSDATA= F / T if this FITS is Missing Image Data PAONUM = 1048 / PAO Number CAMPAIGN= 'MIPS004600' / Campaign DCEID = 25797622 / Data-Collection-Event ID DCEINSID= 5677528 / DCE Instance ID DPID = 92631355 / Data Product Instance ID PIPENUM = 306 / Pipeline Script Number PLSCRPID= 1705 / Pipeline Script ID SOS_VER = 1 / Data-Product Version PLVID = 3 / Pipeline Version ID CALID = 11 / CalTrans Version ID CTD_VER = '3.0.94S ' / Commanded telemetry data version / CALIBRATION HISTORY FBIDPMSK= 179 / Pixel-mask fall-back product ID FBIDENL = 181 / Electronic Non-linearity fall-back product ID FBIDSAT = 184 / Saturation Cal file fall back id ANNLTIME= 10721.69 / [sec] Time since the last anneal WARMFLAG= 'F ' / Flag for warm data (T=warm, F=cold) HISTORY job.c ver: 1.50 HISTORY TRANHEAD v. 12.6, ran Sun Apr 23 19:34:49 2006 HISTORY CALTRANS v. 4.0, ran Sun Apr 23 19:35:02 2006 HISTORY PTNTRAN v. 1.3, ran Sun Apr 23 19:47:13 2006 HISTORY FPGen v. 1.25, ran Sun Apr 23 19:47:16 2006 COMMENT Keywords below added by MIPS/IT dat_pack program STIM_NF = 16 / Number of Frames in Stim COMMENT **--------------------------------------------------------------** N_CRAYS = 5 / # of Cosmic Rays found N_NSPKS = 0 / # of Noise Spikes found COMMENT ********************************************************************* COMMENT * End original extension header. * COMMENT * First 8 cards in original extension header trimmed off. * COMMENT ********************************************************************* COMMENT COMMENT ********************************************************************* COMMENT * Begin mips_caler specific header cards for this DCE. * COMMENT ********************************************************************* COMMENT ********************************************************************* COMMENT * End mips_caler specific header cards for this DCE. * COMMENT * Here comes the data! * COMMENT ********************************************************************* COMMENT Processed with crdetect_spatial (KDG 16 Dec 2004) HISTORY Multileg_Timefilter v0.80 (30 Sep 2005) HISTORY RedScan IDL package (Karl Gordon, [email protected]) N_CRSPT = 0 /Number of cosmic rays detected spatially MEBCDUSE= 1 / BCD not used to make Mosaic MENCR = 0 / Number of Cosmic Rays Found by Mips_Enhancer COMMENT End BCD Enhanced values COMMENT ********************************************************************* COMMENT END Copying Original Header Information BEGIN EXTENSION HEADER ---------------------------- EXTNAME = 'SCI ' / EXTVER = 1 / COMMENT Begin Mips_enhancer specific processing information COMMENT File created by Mips_enhancer, part 3 of MIPS team DAT ME_VER = 'v3.06 (6 Jan 2005)' / Version of Mips_enhancer NEXTEND = 4 / Number of Extensions ME_ARRAY= 160 / Mosaic for 160 micron array ME_BCDNO= 1104 / Number of BCDs used to create Mosaic ME_NTILE= 32 / Number of Tiles ME_XTILE= 4 / Number of tiles in X direction ME_YTILE= 8 / Number of tiles in Y direction XSIZEBCD= 20 / BCD size NAXIS1 YSIZEBCD= 3 / BCD size NAXIS2 XSUBL = -402456574 / Blank lines subtracted from left of mosaic YSUBB = 55 / Blank lines subtracted from bottom of mosaic XSIZEORG= 234 / Orginal X Size of Mosaic before removal of bla YSIZEORG= 524 / Orginal Y Size of Mosaic before removal of bla ME_PSIZE= 9. / Pixel Size of Mosaic pixels (arc seconds/pixel ME_DIST = 'T ' / Geometrical Distortion Applied MEREJECT= 1 / Number of DCEs to reject after stim MEOUTMED= 'T ' / Outlier rejection based on median MESIGCUT= 4. / Sigma clippping for Outliers MESIGTOL= 10. / Sigma tolerance on iterating on Outliers MESTDEVC= 'T ' / Outlier Rejection uses calculated STDEV MEMINPT = 5 / Min Points per pixel for Oultiers MEMAXIT = 30 / Maximum number of iterations in outlier reject MEW2 = 'T ' / Weighting of fluxes based on overlap area ME_MEANF= 'T ' / Subpixel flux determined by weighted average ME_UN2 = 'T ' / Uncertainty Plane: uncertainty of the mean fou XPIXSIZE= 9. / x pixel scale (arc seconds/pixel) YPIXSIZE= 9. / y pixel scale (arc seconds/pixel) BCDXPIXS= 15.9575241106643 / Original BCD x pixel scale (arc seconds/pixel) BCDYPIXS= 17.9868687997046 / Original BCD y pixel scale (arc seconds/pixel) MECROTA2= 0. / Mosaic CROTA2 (degrees) MEXRANGE= 17.55 / x range in arc minutes MEYRANGE= 39.3 / y range in arc minutes ME_XMIN = -17.55 / X min in arc minutes ME_YMIN = -39.3 / Y min in arc minutes ME_XMAX = 17.55 / X max in arc minutes ME_YMAX = 39.3 / Y max in arc minutes ENFILE = 2 / Number of Files used to make mosaic EFILE1 = 'AOR_5570560_160_comb.cal.mtf.crspat.Enh.fits' / Input files used to EFILE2 = 'AOR_5570816_160_comb.cal.mtf.crspat.Enh.fits' / Input files used to COMMENT ********************************************************************* COMMENT Plane 1: Signal COMMENT Plane 2: Uncertainty in signal COMMENT Plane 3: Data flag COMMENT Plane 4: Total Overlap CALFAC = 43.7000 /Calibration factor applied [MJy sr^-1 instr. uni HISTORY Image in [MJy/sr] units END |