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Summary
Preparation of the IGST 4_2 data package for RPW:
- The IGST 4_2 is planned to be run on the ETB with MEB EM2 on April 2018
- ISM doc. to be delivered at MOC before
- Procedure/sequence to To be delivered at MOC before before .
- The IGST 4_2 is planned to be run on April 2018.
- MEB EM2 with IDB 4.3.3 will be used on ETB during test, however the procedures/sequences must be written using the PFM IDB 4.3.3 version (indicating clearly where there are discrepancies between the two versions).
- Presence of 1-2 max. people from RPW at ESOC during test is strongly recommended by MOC
Interlocutors are:
- Sylvain Lodiot at MOC
Main features of the release
- Preparation of the RPW flight procedures/sequences for:
- Switching ON
- Switch-on,
- Ping,
- exercise the different modes and changes between them (test the state model in the ORCD),
- dump with S6 of one of the instrument memories,
- generate science if possible,
Text S22 (context saving) if applicable(Not applicable for RPW)- Switch-off.Switching
- Preparation of the related RPW Instrument State Model (ISM) doc.
Description of the data package
- List of RPW flight sequences (SQ) Excel files (one file per sequence), named as the sequence convention in the FOP Plan (FOPP) doc. The SQ files must be gathered by procedure (one directory per proceduce named as the procedure convention defined in the FOPP). The procedure directories must be grouped by type "FCP", "CRP" or "COM" (one directory per type).
- The RPW ISM doc. in pdf format
- The RPW MU updated with the procedure/sequences.
- A readme README.rst text file providing information about the content of the package and
- a CHANGELOG.rst providing the changes history.
The name of the data package must be delivered as a zip file, named as: RPW_IGST4-2_DATAPACK_IssueXX_RevYY.zip, where XX and YY are the issue and revision of the data pack.
Main constraints
IGST RPW-related setup
The IGST will be run on the ETB with the RPW EM2.
In terms of command/control the RPW IDB (V4.3.3) is the same for EM1, EM2 and PFM, nevertheless the FDIR triggering threshold values can be different between the 3 models! This has to be taken account when validated the test results.
Moreover there is no SCM and PA-HF/ANT sensor on the ETB/RPW-EM2 setup, in consequence during the IGST:
- Switching ON SCM shall be prohibited
- BIAS HV shall be not ENABLE
- BIAS current setting/sweeping/calibration shall not be performed
- Switching ON PA HF shall be prohibited
Info | ||
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According to Sylvain Lodiot (see comments at the bottom of the page) the corresponding prohibited TCs in the sequences must be clearly indicated with the [not for the EM2 on the ETB] comment. |
Status of the data
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package
Sequences
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status
IGST mandatory sequences
The table gives the list of critical sequences required to perform the IGST test.
Sequence name | Description | Category | Status |
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ISM delivery status
Comment | ||||
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AIWF001A | From SAFE mode switch OFF the RPW prime power interface (UNIT_A and UNIT_B ) via OBCP. | Nominal switch OFF via OBCP | Delivered | |
AIWF002A | From SAFE mode switch OFF the RPW prime power interface (UNIT_A and UNIT_B ) via manual. | Other OFF procedures | Delivered | |
AIWF002B | Switch OFF the RPW prime power interface (UNIT_A) via OBCP from the SAFE mode | Other OFF procedures | Delivered | |
AIWF010A | Boot RPW DBS in prime power interface (UNIT_A) via OBCP | Nominal switch ON via OBCP | Delivered | |
AIWF011A | Boot RPW DBS in prime power interface (UNIT_A) via manual | Nominal switch ON via manual | Delivered | |
AIWF030A | Boot RPW DAS from EEPROM1 (default), EEPROM2, RAM | Modes transition | Delivered | |
AIWF031A | Enter SERVICE mode and switch on RPW equipment | Nominal Switch On equipment | Delivered | |
AIWF032A | Configure HK period | Configuration DPU and DAS | Delivered | |
AIWF032B | Load DPU and DAS common parameters | Configuration DPU and DAS | Delivered | |
AIWF032C | Load DPU and DAS power parameters | Configuration DPU and DAS | Delivered | |
AIWF032D | Configure Bias High Voltage parameter | Configuration DPU and DAS | Delivered | |
AIWF032E | Configure parameters for monitoring temperature | Configuration DPU and DAS | Delivered | |
AIWF032F | Configure Waveform parameters | Configuration DPU and DAS | Delivered | |
AIWF032G | Configure SBM1 parameters | Configuration DPU and DAS | Delivered | |
AIWF032H | Configure SBM2 parameters | Configuration DPU and DAS | Delivered | |
AIWF032I | Configure SC potential computation algorithm | Configuration DPU and DAS | Delivered | |
AIWF032J | Clear HK counter | Configuration DPU and DAS | Delivered | |
AIWF032K | Enable HK parameter report generation | Configuration DPU and DAS | Delivered | |
AIWF035A | Enter in SCIENCE SURVEY_NORMAL submode | Modes transition Science | Delivered | |
AIWF035B | Enter in SCIENCE SURVEY_BURST submode | Modes transition Science | Delivered | |
AIWF035C | Enter in SBM_DETECTION mode | Modes transition Science | Delivered | |
AIWF037A | Configure THR for the RPW SCIENCE SURVEY_NORMAL mode. | Configuration THR | Delivered | |
AIWF037B | Configure THR for the RPW SCIENCE SURVEY_BURST mode. | Configuration THR | Delivered | |
AIWF037C | Load calibration parameters for THR | Configuration THR | Delivered | |
AIWF038A | Load common parameters of TDS | Configuration TDS | ||
AIWF038B | Configuration of TDS for SBM1 mode | Configuration TDS | ||
AIWF038C | Configuration of TDS for SBM2 mode | Configuration TDS | ||
AIWF038D | Configure TDS LFM parameters | Configuration TDS | ||
AIWF038E | Configure TDS for the RPW SCIENCE SURVEY_NORMAL mode. | Configuration TDS | ||
AIWF038F | Configure TDS for the RPW SCIENCE SURVEY_BURST mode | Configuration TDS | ||
AIWF039A | Configuration of LFR for SBM1 mode | Configuration LFR | ||
AIWF039B | Configuration of LFR for SBM2 mode | Configuration LFR | ||
AIWF039C | Load common parameters of LFR | Configuration LFR | ||
AIWF039D | Configure LFR for the RPW SCIENCE SURVEY_NORMAL mode. | Configuration LFR | ||
AIWF039E | Configure LFR for the RPW SCIENCE SURVEY_BURST mode. | Configuration LFR | ||
AIWF040A | Configure the Bias (mode, and relay) for the RPW SCIENCE mode. | Configuration Bias | ||
AIWF041A | Enable Compression | Compression | ||
AIWF041B | Disable Compression | Compression | ||
AIWF042A | Switch the converter (CONV) | Switch On equipment | ||
AIWF042B | BOOT LFR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif Boot | Switch On equipment | ||
AIWF042C | BOOT THR from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif Boot | Switch On equipment | ||
AIWF042D | BOOT TDS from EEPROM1 (default), EEPROM2 and RAM + Enabled Verif Boot | Switch On equipment | ||
AIWF042E | Switch ON BIAS | Switch On equipment | ||
AIWF042F | PA Switch ON | Switch On equipment | ||
AIWF042G | SCM switch ON | Switch On equipment | ||
AIWF043A | Enter SERVICE mode | Enter SERVICE Mode | ||
AIWF044A | Enter in SCIENCE SURVEY_BACKUP submode | Enter Science BACKUP Mode | ||
AIWF045A | Enter in RPW STANDBY mode from any other mode (except OFF) | Enter STANDBY Mode | ||
AIWF046A | Go to SAFE mode (DBS) with TC_DPU_RESET command | Enter SAFE Mode | ||
AIWF260A | Dump DPU memory (TC_DPU_DUMP_MEMORY - Service 6) | Memory dump (S6) | ||
AIWF370A | Run a test connection (PUS, Service 17) with the TC_DPU_TEST_CONNECTION {ZIW00012} (i.e. "ping") | "ping" (PUS, Service 17) |
Extra sequences (required for the E2E 0th test)
Additionally to the sequences above, the following sequences shall not be run during the IGST, but are required to perform the E2E 0th test performed by the SOC (see RPW E2E-0 TEST DATAPACK RELEASE for more details).
Sequence name | Description | Category | Status | Comment |
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AIWF033A | Internal Calibration for LFR | Calibration | Delivered | |
AIWF033B | BIAS Calibration | Calibration | Delivered | |
AIWF033C | Run THR internal calibration | Calibration | Delivered | |
AIWF033D | Configure and execute the BIAS sweep | Calibration | Delivered | |
AIWF034A | Dump LFR, TDS, THR parameters | Dump | Delivered | |
AIWF036A | Configuration Bias currents | Configuration Bias Currents | Delivered |
ISM status
Version | Status | Comment | Checking |
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1.0 | Delivered | Delivered with the datapack 1.0 | |
1.1 | Delivered | Delivered with datapack 1.1. |
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1.2 | Delivered | Delivered with datapack 1.2 |
Data package delivery status
Version | Status | Delivery date | Comment | Checking | ||||||||||
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1.0 | Delivered |
| Delivered to Sylvain Lodiot (MOC). See feedbacks in
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1.1 | Delivered |
| Delivered to Sylvain Lodiot (MOC). |
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1.2 | Delivered |
| Delivered to Sylvain Lodiot (MOC). See feedbacks in
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Expected documentation
Related-release testing & validation
Related-release open questions
Question | Answer | Severity | Comment |
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Do the sequences related to the routine operations (Bias sweeping, calibrations, etc.) will be tested during the IGST? | No (especially, the BIAS sweeping/calibration/current setting shall not be run if BIAS HV is DISABLE) | Low | |
What is the configuration of the flight software (DBS, DAS) at boot? Is the TM_DPU_OBC_HK generation ENABLE or DISABLE? | Medium |
Attached items
Related-release
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JIRA issues
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