The following example represents a typical set - up of C05 observation on a source expected to be on a 100 [ADU/s] flux level.
----- Observer IDENTIFICATION parameters --------------------------------------- ID_NAME = R Siebenmorgen ! observer name ID_PHONE = 34 1 813 13 08 ! observer phone ID_EMAIL = helpdesk@iso.vilsap.esa.es ! observer e-mail address ID_OBS = RSIEB007_A ! observation ident. ID_CAT = POL_ESA ! observation cat. ----- POINTING parameters ------------------------------------------------------ PNT_MODE = RASTER ! STARING/RASTER/BEAM_SWITCH PNT_SOURCE = NGC7777 ! source name PNT_COORD = 02 42 40.7 -00 00 47.3 ! source coord. [J2000] ----- RASTER parameters -------------------------------------------------------- RSTR_M = 2 ! # of points in a raster line RSTR_N = 2 ! # of lines in a raster map RSTR_DM = 12 ! [arcsec] between points RSTR_DN = 12 ! [arcsec] between lines RSTR_AXIS = Y RSTR_ORI = 0 ----- BEAM SWITCHING parameters ------------------------------------------------ BS_MODE = HOLE_BEFORE_POL ! HOLE_BEFORE_POL/HOLE_WHEN_POL BS_CYCL = 1 ! # of cycles in beam switch BS_N_REF = 0 ! # of ref. in beam switch BS_REF_1 = 00 00 11.1 -00 00 11.1 ! reference_1 coord. [J2000] BS_REF_2 = 00 00 22.2 -00 00 22.2 ! reference_2 coord. [J2000] BS_REF_3 = 00 00 33.3 -00 00 33.3 ! reference_3 coord. [J2000] BS_REF_4 = 00 00 44.4 -00 00 44.4 ! reference_4 coord. [J2000] ----- Observing SEQUENCE parameters -------------------------------------------- SEQ_P_CYCL = 2 ! # of polarisation cycles SEQ_ICD = 0 ! id. of ICD measurement SEQ_DARK = 0 ! id. of dark measurement SEQ_RESET = DARK ! PARALLEL/CUS_SLEW/DARK ----- OBSERVATION parameters --------------------------------------------------- OBS_CHANNEL = lw ! detector channel OBS_GAIN = two ! ADC gain OBS_OFFSET = quarter ! ADC offset OBS_T_INT = 15 ! integration time [camtu] OBS_SEL = sel_fabry_lw ! selection wheel position OBS_FILTER = lw9 ! filter wheel position OBS_LENS = lw_pfov1p5 ! lens wheel position OBS_N_STAB = 15 ! # of stabilisation exposures OBS_N_HOLE = 15 ! # of exposures through HOLE OBS_N_READ = 100 ! # of exposures through POLAR ----- END OF INPUT TABLE -------------------------------------------------------