→ THR will lead the overall timeline of the deployment
THR requests to have 3 PA HF ON (cf. action EL about risk with PA heating aboveEL: ADS nous a confirmé que l'impact thermique d'avoir le PA (d'une antenne gerbée) ON est négligeable)
Action XB : send an email to Sylvain Lodiot to ask if SBM event data can be downlinked during NECP
Jira
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jira-lesia.obspm.fr JIRA
serverId
cb08a004-0694-3237-bcb1-3125e3ed9bc0
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ROCOPE-225
2. ANT calibration rolls (RPW-4)
SBM_DETECTION submode for all
BIAS ON with biasing disabled
All sub-systems with 1 config. overall the operation
May be run during first E-GAM (end of CP) instead of NECP
2. SCM calibration operation (RPW-5)
No specific request SBM_DETECTION or NORMAL mode ok for all the teams → SBM_DETECTION has been chosen
All sub-systems with 1 config. overall the operation
Might be run during first E-GAM (end of CP) instead of NECP
RW filtering at this step ? - probably when EMC with platform
Instead of 80 min per inter-instrument step, only need for ~5 min
2. RPW PAS filtering tune campaign (RPW-7)
LFR 2 config. : ENABLE then DISABLE PAS-filtering
PAS ON
Action EL : Organize a telecon with PAS team about RPW-7
Jira
showSummary
false
server
jira-lesia.obspm.fr JIRA
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cb08a004-0694-3237-bcb1-3125e3ed9bc0
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ROCOPE-226
3. Discussion of cruise phase configuration : low rate config
ROC will keep the two first configurations. if SBM1 data can be retrieve, config 2 will be chosen. Else config 1.
No time left to discuss galaxy and default configuration
4. Action-items, organization and planning
First draft of Commissioning procedures will be sent to MOC before
A overview document will be written by ROC summarizing all the configurations (commissioning + CP) for each step and each subsystem. Approval by each lead CoI will be requested