12.20 Cycle 32 Calibration Program

The Cycle 32 calibration plans for COS continue the routine calibration and monitoring programs performed in previous Cycles. Brief descriptions of the programs are listed in Table 12.2. The full calibration plan for Cycle 32 is listed in Table 12.26. Two contingency programs introduced in Cycle 17 are included in this cycle; both FUV and NUV Detector Recovery After Anomalous Shutdown. Two contingency programs introduced in Cycle 28 are included in this cycle as well. The program COS FUV Change in Spectroscopic Sensitivity Trends is a supplement to the COS FUV Spectroscopic Sensitivity Monitor and is activated when the time-dependent sensitivity appears to be changing on short timescales. The COS FUV Characterization of Modal Gain When Changing High Voltage program is activated when the high voltage of the FUV detector is changed.  New in Cycle 32 is the COS FUV Split-Wavecal Monitor, which aims to improve the wavelength solution for exposures that require split wavecals.


Table 12.26: Cycle 32 Calibration Programs.

Program NameProgram ID

Cycle 32 COS NUV MAMA Fold Distribution

17617

Cycle 32 COS NUV Detector Dark Monitor

17616

Cycle 32 COS NUV Spectroscopic Sensitivity Monitor

17618

Cycle 32 COS NUV Wavelength Scale Monitor

17619

Cycle 32 COS NUV Target Acquisition Monitor

17620

Cycle 32 COS FUV Detector Gain Maps

17851

Cycle 32 COS FUV Detector Dark Monitor

17850

Cycle 32 COS FUV Spectroscopic Sensitivity Monitor

17624

Cycle 32 COS FUV Wavelength Scale Monitor

17625
Cycle 32 COS FUV Target Acquisition Monitor17623
Cycle 32 COS FUV Split-Wavecal Monitor17852
Cycle 32 COS FUV Detector Recovery After Anomalous Shutdown*
17621

Cycle 32 COS NUV Detector Recovery After Anomalous Shutdown*
17622

Cycle 32 COS FUV Change in Spectroscopic Sensitivity Trends*17626
Cycle 32 COS FUV Characterization of Modal Gain When Changing High Voltage*17853

*contingency program


If your program requires calibrations beyond those described here, then you should explicitly include this calibration in your Phase I proposal.