View segment definition

History

Mnemonic:

JA_INCL

Name:

JA_INCL

Description:

Trajectories:

CReMA 3.0, CReMA 3.1, CReMA 3.2, CREMA_5_0, CREMA_5_0b23_1, CREMA_5_1_150lb_23_1

Prime Segment:

Group:

Working Group 4

Pointing

Pointing request file:

Slew Policy:

Pointing Target:

Scheduler

Scheduler Flag:

Scheduling Priority:

Observation Definitions

Observation definitions:

3GM_HAA_CALIBRATION, HAA_STDBY, 3GM Radio Occultations, 3GM USO SWON, MAJ Jupiter Auroral Mapping (similar to MAJIS_JUP_DISK_SCAN but for high latitudes during high inclination phase), MAJ Jupiter Mosaicking, Jupiter Nadir MAJ Scan, MAJ Jupiter Off-Nadir slew, MAJ Jupiter Monitoring of unusual phenomena, MAJ Jupiter High Temporal Fr, MAJ Jupiter Limb Scan, MAJ Jupiter Limb Scan performed with a S/C Slew, MAJ Jupiter Stellar Occultation, MAJ SAFE, MAJ_SERVICE, MAJ Standby

Advanced

Scheduling rules:

Contextual Parameters:

Comments:

Remote sensing:data rate copied from JA_PE
In-situ: test with data rate taken from PEP ops manual (~6.45 kbps using Table 9.1);
RPWI from Obs library (64.4 kbps during 2 hours around PJ for in situ, 115bps for radio; 2.1 kbps the rest of the time for in-situ, radio unchanged)
JMAG continuous operations in NM (from description in G4-G5 report): 2.3 kbps

--> 20/09/18: modified (discussion with OW). assuming ~2 times what is produced in G4-G5 scenario (~6.5-7 Gb). Corresponds roughly to 19kbps

Attachment file 1:

Attachment file 2:

Attachment file 3:

Attachment file 4:

Segment definition resources

	Category	Target	Instrument type	Value	Unit
Data rate Plasma 19.0 kilobits per second	Data rate	Plasma	In-Situ	19.0	kilobits per second

Segment definition instrument resources

	Category	Target	Instrument	Value	Unit
Data rate Ring and satellites 50.0 bits per second	Data rate	Ring and satellites	3GM	50.0	bits per second

Close Cancel

JSOC Uplink Core System