* HIFI_Readme C72_103 1. Date and time of delivery: 2012-07-13 11:00:00 CEST 2. HIFI individual(s) to be contacted where problems arise with the delivery: - Calibration Scientist: Migo Mueller - Calibration Scientist: Ian Avruch - database administrator: Kevin Edwards 3. Cycle 72 - delivery for CAL CUS 4. delivery: - duration_cal.sh - HIFI_AOR_C072_102.aor - HIFI_AOR_C072_103.aor - HIFI_DUR_C072_103.txt - HIFI_MC_R103_FULL_103_0_CUS_CAL.xml - HIFI_MC_R103_FULL_103_0_CUS.def - HIFI_Readme_C072_103.txt (this file) 5. configuration control a) HIFI_PHS_R_103 b) - c) hifiphs_ops_pv@iccdb1.sron.rug.nl d) hcss.dp.hifi: 8.0.3397 6. AOR file issues a) HSpot: 6.1.1, PHS: 718, MPS: 8.0.3397 b) 11 in HIFI_AOR_C072_102.aor 41 in HIFI_AOR_C072_103.aor c) HSpot total time: 06:04:20 ( 03:23:32 in HIFI_AOR_C072_102.aor, 02:40:48 in HIFI_AOR_C072_103.aor ) 7. Spacecraft database issues a) MIB 2154 b) HPSDB HPSDB_MOC_HERSCH_CCS_issueMOC13 c) OBSM 6.5.3 8. n/a 9. applicable SxRs: HIFIMC-250 HCSS-14194 10. Instructions for scheduling of calibration observations in HIFI cycle 72 A. Diplexer calibration monitoring The following 8 AORs should always be scheduled grouped in pairs as shown below, such that each test is followed by a transition to Primary. Each diplexer test starts in band Xa and ends in band Xb, so it is recommended to schedule these tests either before science AORs using band Xb, or after science AORs using band Xa. However, they do not need a target and can be executed during DTCP if convenient for scheduling. Note that this test cannot count as a band switch-on in terms of stabilization, so that a proper switch-on AOR is always needed after these engineering tests. These tests should be scheduled against the current CAL MC 103. HifiEng_Diplexer_calibration_short_B3_cycle_72 HifiEngSetIntoPrimaryAfterB3_cycle_72 HifiEng_Diplexer_calibration_short_B4_cycle_72 HifiEngSetIntoPrimaryAfterB4_cycle_72 HifiEng_Diplexer_calibration_short_B6_cycle_72 HifiEngSetIntoPrimaryAfterB6_cycle_72 HifiEng_Diplexer_calibration_short_B7_cycle_72 HifiEngSetIntoPrimaryAfterB7_cycle_72 B. HIFI Chopper tests The following 2 chopper tests can be executed during a DTCP, and they do not need to point at any target. They should be scheduled against CAL MC H103. HifiEng_Chopper_openloop_scan_cycle_72 HifiEng_Chopper_Response_time_COP_cycle_72 C. HIFI Quarterly SFTs The following 33 AORs can be executed during a DTCP, and they do not need to point at any target. They should be scheduled consecutively in the order indicated below. HIFI should be in dissipativeII at the start of the SFT sequence; the active LO band should be that of the first science observation following the SFTs. As indicated below, the pair DissIToDissII / HifiEngSetIntoPrimary should be scheduled at the appropriate time within the SFT sequence; again, the active LO band should be that of the first science observation following the SFTs. These tests should be scheduled against the current CAL MC 103. HifiEng_WBS_FT_COP_cycle_72 HifiEng_LO_FT_IVC_COP_1a_cycle_72 HifiEng_LO_FT_IVC_COP_1b_cycle_72 HifiEng_LO_FT_IVC_COP_2a_cycle_72 HifiEng_LO_FT_IVC_COP_2b_cycle_72 HifiEng_LO_FT_IVC_COP_3a_cycle_72 HifiEng_LO_FT_IVC_COP_3b_cycle_72 HifiEng_LO_FT_IVC_COP_4a_cycle_72 HifiEng_LO_FT_IVC_COP_4b_cycle_72 HifiEng_LO_FT_IVC_COP_5a_cycle_72 HifiEng_LO_FT_IVC_COP_5b_cycle_72 HifiEng_LO_FT_IVC_COP_6a_cycle_72 HifiEng_LO_FT_IVC_COP_6b_cycle_72 HifiEng_LO_FT_IVC_COP_7a_cycle_72 HifiEng_LO_FT_IVC_COP_7b_cycle_72 DissIToDissII_[into the appropriate LO band as determined by HSC] HifiEngSetIntoPrimary HifiEng_HRS_FT_COP_cycle_72 HifiEng_Diplexer_Response_time_COP_3H_cycle_72 HifiEng_Diplexer_Response_time_COP_3V_cycle_72 HifiEng_Diplexer_Response_time_COP_4H_cycle_72 HifiEng_Diplexer_Response_time_COP_4V_cycle_72 HifiEng_Diplexer_Response_time_COP_B6H_cycle_72 HifiEng_Diplexer_Response_time_COP_B6V_cycle_72 HifiEng_Diplexer_Response_time_COP_B7H_cycle_72 HifiEng_Diplexer_Response_time_COP_B7V_cycle_72 HifiEng_FPU_FT_IVC_COP_B1_cycle_72 HifiEng_FPU_FT_IVC_COP_B2_cycle_72 HifiEng_FPU_FT_IVC_COP_B3_cycle_72 HifiEng_FPU_FT_IVC_COP_B4_cycle_72 HifiEng_FPU_FT_IVC_COP_B5_cycle_72 HifiEng_FPU_FT_IVC_COP_B6_cycle_72 HifiEng_FPU_FT_IVC_COP_B7_cycle_72 D. HIFI test observations The following 1 AOR addresses an apparent "zigzag" pointing/timing offset (HCSS-14194). It should be scheduled against the current ASTR MC H102. Cal-HifiMappingProc-OrionBar-CII-Normal_cycle_72 E. Standard Source Monitoring Observations These astronomical targets are part of our monitoring program on reference sources. For cross-calibration purposes, the observation labelled AOT3_7b_CO_16_15_3x3_CRL618_cycle_72 should be scheduled close in time to the PACS-S observation of the same source. These 10 AORs should be scheduled against the current ASTR MC H102. AOT3_2a_CO_6_5_3x3_CRL618_cycle_72 AOT3_3b_CO_8_7_3x3_CRL618_cycle_72 AOT3_5a_CO_10_9_3x3_CRL618_cycle_72 AOT3_6a_CO_13_12_3x3_CRL618_cycle_72 AOT3_7b_CO_16_15_3x3_CRL618_cycle_72 AOT3_2a_CO_6_5_OTFLChop_NGC7023H2_cycle_72 AOT3_3b_CO_8_7_OTFLChop_NGC7023H2_cycle_72 AOT3_5a_CO_10_9_OTFLChop_NGC7023H2_cycle_72 AOT3_6a_CO_13_12_OTFLChop_NGC7023H2_cycle_72 AOT3_7b_CII_OTFLChop_NGC7023H2_cycle_72 11. execute supplied script './duration_cal.sh HIFI_AOR_C072_103' in a directory where file HIFI_AOR_C072_103.aor exists and compare output (if any) with info listed under b) a) duration_cal.sh b) Total duration of HifiEng_Chopper_FT2_COP with default parameters = 114 Total duration of HifiEng_Chopper_Response_time_COP with default parameters = 4 4 Total duration of HifiEng_Diplexer_calibration_short_COP with default parameters = 542 Total duration of HifiEng_Diplexer_Response_time_COP with default parameters = 85 Total duration of HifiEng_FPU_FT_IVC_COP with default parameters = 65 Total duration of HifiEng_HRS_FT_COP with default parameters = 1101 Total duration of HifiEng_LO_FT_IVC_COP with default parameters = 227 Total duration of HifiEngSetIntoPrimary with default parameters = 6 Total duration of HifiEng_WBS_FT_COP with default parameters = 1388