Health Check monitor

Plot 1 scores: 4|
data source:	sinfoni_flat (QC1 database)
dataset: (numbers below apply to this dataset)	qc_specflux_cavg	o
average:	none
fixed thresholds:	4000...11750	ADU
N_data plotted:	69
[click plot for closeup]

Plot 2 scores: 7|
data source:	sinfoni_flat (QC1 database)
dataset: (numbers below apply to this dataset)	qc_specflux_cavg	o
average:	none
fixed thresholds:	4000...11750	ADU
N_data plotted:	73
[click plot for closeup]

Plot 3 scores: 10|
data source:	sinfoni_flat (QC1 database)
dataset: (numbers below apply to this dataset)	qc_specflux_cavg	o
average:	none
fixed thresholds:	4000...13000	ADU
N_data plotted:	105
[click plot for closeup]

Plot 4 scores: 6|
data source:	sinfoni_flat (QC1 database)
dataset: (numbers below apply to this dataset)	qc_specflux_cavg	o
average:	none
fixed thresholds:	4000...11500	ADU
N_data plotted:	77
[click plot for closeup]

These are the trending plots for the SINFONI QC parameters derived from the LAMP FLATs.

These plots describe:
Day-time FLAT calibrations come in at least five pairs of lamp on/off frames. For each
raw lamp-on frame the corresponding lamp-off frame is subtracted and the median is calculated.
The above lamp efficiencies are the average of these 5 (or more) values.

Median lamp count limits should remain between 4,000 and 10,000 ADU. The lower limit ensures that the flux levels of the flats are sufficiently high for good statistical noise limits, while the upper limit of 10,000 counts should not be exceeded as this can approach the detector's non-linear regime.

1. the median lamp counts in the J-band for the camera scales: 250, 100, and 25 mas
2. the median lamp counts in the H-band for the camera scales: 250, 100, and 25 mas
3. the median lamp counts in the K-band for the camera scales: 250, 100, and 25 mas
4. the median lamp counts in the H+K-band for the camera scales: 250, 100, and 25 mas

Find more information about SINFONI FLAT frames here.