# $Log: OIOR_PI6RSO_D_0012_MR_05____.ITL,v $ # # Revision 1.2 2008/04/09 18:53:16 kwirth # Checked and modified by K.R. Wirth on 9 Apr 2008. # # Revision 1.1 2008/04/09 11:20:47 kwirth # Preliminary Steins MR05 OIOR sent by L. Kamp via e-mail on 8 Apr 2008. # # Revised to make use of Disable/Enable Science commands - 2008/04/08 - LK # # Initial OIOR for Second Steins Asteroid mode sequence - 2008/04/07 - L.Kamp # #=======================================================================================# # Filename: OIOR_PI6RSO_D_0012_MR_03____vvvvv.ROS # Type: Orbiter Instrument Operation Request file # # Description: Second (dark-sky) Asteroid mode observations for the Steins encounter # # Author: Lucas Kamp # # JPL # # Date: 07 Apr 2008 # # (c) ESA/Estec # #=======================================================================================# Version: 00001 Ref_date: 01-Jan-2000 # Irrelevant because will be overridden by top-level ITL, but needed for ORFA. Start_time: -000_00:13:00 End_time: +000_03:05:00 # Init_Mode: MIRO CTS_DualCntm # Zero point of the relative times is the time specified by the Astrd_Mode_1_StartTime # parameter of the Asteroid Mode command. #---------------------------------------------------------------------------------------# Description: "1. | MR04 ended with Disable Science, so start with Enable Science." Description: " | Assume MIRO is fully warmed up, because it was not turned off in" Description: " | preceding observation." #---------------------------------------------------------------------------------------# -00:13:00 MIRO CTS_DualCntm AMRS631A # Enable Science #---------------------------------------------------------------------------------------# Description: "1. | Prepare for Asteroid Mode." #---------------------------------------------------------------------------------------# -00:08:00 MIRO CTS_DualCntm AMRF500A( \ # "MIRO Asteroid Obs v05" VMRG2501 = 2008.250.01.30.00 \ # Astrd_Mode_1_StartTime_ VMRD2502 = 45 \ # Execution_Time VMRD2503 = 1 [RAW]) # Starting_LO_Frequency -00:07:00 MIRO CTS_DualCntm AMRF013A # "Mode Dual Continuum v05" -00:05:00 MIRO DualContinuum AMRF009A # "CTS Warm-up v06" #---------------------------------------------------------------------------------------# Description: "2. | Perform first Asteroid mode observation, which is done automatically." Description: " | This starts at the time specified by parameter VMRG2501 of AMRF500A" Description: " | and lasts for 8.0 minutes, preceded and followed by calibrations of" Description: " | 2.3 minutes each." Description: " | At the end (time +00:12:36), MIRO is automatically switched to" Description: " | DualContinuum mode." #---------------------------------------------------------------------------------------# #---------------------------------------------------------------------------------------# Description: "3. | Switch to CTS/DualCont mode for LNA Off sequence." #---------------------------------------------------------------------------------------# +00:14:00 MIRO DualContinuum AMRF011A # CTS/Dual Continuum #---------------------------------------------------------------------------------------# Description: "4. | Turn LNAs off and do a calibration." #---------------------------------------------------------------------------------------# +00:20:00 MIRO CTS_DualCntm AMRS603A( \ # MM LNA Power v02 VMRG0009 = 0 [RAW]) # mm_LNA_Power OFF +00:20:05 MIRO CTS_DualCntm AMRS604A( \ # Submm LNA Power v02 VMRG0010 = 0 [RAW]) # Submm_LNA_Power OFF +00:22:00 MIRO CTS_DualCntm AMRF011A # CTS/Dual Continuum +00:27:00 MIRO CTS_DualCntm AMRS603A( \ # MM LNA Power v02 VMRG0009 = 1 [RAW]) # mm_LNA_Power ON +00:27:05 MIRO CTS_DualCntm AMRS604A( \ # Submm LNA Power v02 VMRG0010 = 1 [RAW]) # Submm_LNA_Power ON #---------------------------------------------------------------------------------------# Description: "5. | After MR05 data have been played out, turn MIRO off." #---------------------------------------------------------------------------------------# +03:00:00 MIRO CTS_DualCntm AMRF016A # Engineering +03:04:00 MIRO Engineering AMRF003A # Power Off MIRO via OBCP