View observation definition

History

Mnemonic:

SWI_SPECTRAL_SCAN_CTS_PS_V1

Name:

SWI SPECTRAL SCAN CTS PS V1

Description:

Investigation of the atmospheric composition of Jupiter and the Galilean
moons. The whole frequency range available to SWI is scanned. This mode is nominally meant for deep integrations and requires numerous repetitions (e.g. monitoring of the moons). Two
CTS spectra are recorded for 60 seconds over 10000 channels (16bit coding). Position-switch
calibration method. A single execution can cover up to 13 tunings.

Pointing Type: S/C: nadir or limb. Instrument: nadir or limb, using the SWI mechanism if S/C points
nadir and to reach the moons

Payload:

SWI

Pointing

Pointing Type:

nadir

Target:

PTRSnippet file:

Advanced

Scheduling Rules:

can be used from any JUICE-Jupiter distance, and from
anywhere for Galilean moons. Repetition: One full spectral scan for Jupiter in the equatorial
phase and another one in the high inclination phase (SWI LIMB SPECTRAL SCAN preferred),
one full spectral scan for all Galilean moons.

any rule that is used to schedule the observation: repetition rules, continuous (plasma instruments), one-off, every orbit, every day, etc

Avoidance Rules:

N/A

conditions that make the observation not possible (e.g. thruster firing)

Comments:

#update2022

Support Plot 1:

Support Plot 2:

Support Plot 3:

Commanding

ITLSnippet file:

Related segment definitions

	Segmentdefinition
Segment	E_RS_OBS
Segment	E_RS
Segment	E_RS_6E1
Segment	E_RS_7E2
Segment	E_RS_7E1
Segment	E_RS_8E2

Power profiles

	Event	Time	Mode	User Defined Power (Watts)	Comment
Start 00:00:00 User Defined 65.8 [Watt]	Start	00:00:00	User Defined	65.8	Basic long peak power

Data profiles

	Event	Time	Mode	User Defined Data Rate (bit/s)	Comment
Start 00:00:00 User Defined 5330.0 [bit/s]	Start	00:00:00	User Defined	5330.0	Maximum data rate: 5.333 kbit/s Minimum data rate: 0.167 kbit/s

Close Cancel

JSOC Uplink Core System