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Download Installation and User`s Manual - Max-Planck
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104 LUCI2-MPIA-MAN-DCS-001 – GEIRS Installation and User’s Manual – Issue 2.344 T_FOCUS = CASSPOS = OBJECT = FILENAME= DITH_NO = EXPO_NO = TPLNAME = TIMER0 = TIMER1 = TIMER2 = PTIME = PREAD = PSKIP = LSKIP = READMODE= IDLEMODE= IDLETYPE= SAVEMODE= CPAR1 = ITIME = CTIME = CRATE = HCOADDS = EMSAMP = PCOADDS = SCOADDS = FRAMENUM= NCOADDS = DETSEC = DATASEC = FRAMENUM= SKYFRAME= DETSIZE = CHIPSIZX= CHIPSIZY= B_EXT1 = B_EXT2 = B_EXT3 = B_EXT4 = B_DSUB1 = B_DSUB2 = B_DSUB3 = B_DSUB4 = B_VREST1= B_VREST2= B_VREST3= B_VREST4= B_VBIAG1= B_VBIAG2= B_VBIAG3= B_VBIAG4= B_VNBIA1= B_VNBIA2= B_VNBIA3= 30. / [mm] telescope focus 0. / [deg] cassegrain position rel. to NSEW ’no object’ ’Illum_srr30_300s_0214.fits’ 0 / [ct] dither step 235 / [ct] exposure/read counter ’ ’ / macro/template name 67145 / [ms] 932855 / [ms] 865710408 / [us] 2 / pixel-time-base index 10000 / [ns] pixel read selection 150 / [ns] pixel skip selection 150 / [ns] line skip selection ’sample.ramp.read’ / read cycle-type ’break ’ / idle to read transition ’ReadWoConv’ / idle cyle-type ’o2.single.corr.read’ / save cycle-type 50 / cycle type parameter 1000. / [s] (on chip) integration time 1001.370302 / [s] read-mode cycle time 0.000999 / [Hz] read-mode cycle rate 1 / [ct] # of hardware coadds 0 / [ct] electronic multi-sampling 1 / [ct] # of coadded plateaus/periods 1 / [ct] # of software coadds 47 / of 50 saved 1 / [ct] effective coadds (total) ’[1:2048,2049:4096]’ / [px] xrange and yrange of window ’[5:2044,5:2044]’ / [px] xrange and yrange of science data 1 / of 1 saved ’unknown ’ ’[1:4096,1:4096]’ / [px] x-range, yrange of full frame 2048 / [px] single chip pixels in x 2048 / [px] single chip pixels in y 2.299805 / [V] external bias 2355 2.685547 / [V] external bias 2750 2.685547 / [V] external bias 2750 2.685547 / [V] external bias 2750 1.199785 / [V] det. bias voltage DSUB 2614 1.744141 / [V] det. bias voltage DSUB 3800 1.744141 / [V] det. bias voltage DSUB 3800 1.744141 / [V] det. bias voltage DSUB 3800 0.699951 / [V] det. bias voltage VRESET 1525 1.193359 / [V] det. bias voltage VRESET 2600 1.193359 / [V] det. bias voltage VRESET 2600 1.193359 / [V] det. bias voltage VRESET 2600 2.199707 / [V] det. bias voltage VBIASGATE 3604 2.199707 / [V] det. bias voltage VBIASGATE 3604 2.199707 / [V] det. bias voltage VBIASGATE 3604 2.199707 / [V] det. bias voltage VBIASGATE 3604 0. / [V] det. bias voltage VNBIAS 0 0. / [V] det. bias voltage VNBIAS 0 0. / [V] det. bias voltage VNBIAS 0
