QC PLOTS
	CURRENT	HISTORY
Daily Health Checks:
CCDTEST BLUE 1x2 225kHz
CCDTEST REDU 1x2 225kHz
CCDTEST REDL 1x2 225kHz
CCDTEST BLUE 2x3 50kHz
CCDTEST REDU 2x3 50kHz
CCDTEST REDL 2x3 50kHz
CCDTEST BLUE 1x1 625kHz
CCDTEST REDU 1x1 625kHz
CCDTEST REDL 1x1 625kHz
CCDTEST BLUE 1x1 225kHz
CCDTEST REDU 1x1 225kHz
CCDTEST REDL 1x1 225kHz
CCDTEST BLUE 2x2 50kHz
CCDTEST REDU 2x2 50kHz
CCDTEST REDL 2x2 50kHz
QC1 uves_ccdtest database (advanced users): browse | plot
Click on CURRENT to see the last trending (Health Check).    Click on HISTORY to see the historical evolution of the trending.

QC1 parameters

• Mean pixel value in master BIAS [ADU] (QC1 database table uves_ccdtest, column bias_avg, product keyword PRO.DATAAVG)
  Description: Mean of the pixel values in the frame. All pixels are taken into account.
• RMS of pixel values in master BIAS [ADU] (QC1 database table uves_ccdtest, column bias_rms, product keyword PRO.DATARMS)
  Description: Population standard deviation (sigma) of the pixel values in the frame. All pixels are taken into account.
• average measured RON (QC1 database table uves_ccdtest, column ron_avg, product keyword QC.OUTi.RONAVG)
  Description: measured average readout noise
• rms of measured RON (QC1 database table uves_ccdtest, column ron_rms, product keyword QC.OUTi.RONRMS)
  Description: measured error for readout noise # # CCDTEST: Flat #

QC1 parameters

• average measured conversion factor in ADU (QC1 database table uves_ccdtest, column conad_avg, product keyword QC.OUTi.CONADAVG)
  Description: measured average conversion factor
• rms of measured conversion factor in ADU (QC1 database table uves_ccdtest, column conad_rms, product keyword QC.OUTi.CONADRMS)
  Description: measured error for conversion factor
• shutter error (QC1 database table uves_ccdtest, column shutter_error, product keyword QC.SHUTERR)
  Description: measured shutter error
• positive linearity deviation % (QC1 database table uves_ccdtest, column linearity_error_p, product keyword QC.LINERRP)
  Description: positive (+) linearity deviation P stands for plus and M for minus. The numbers give the separately the positive (P) and negative (M) deviation from the linear regression curve. The regression curve should be perfectly straight, i.e., the countrates a linear function of the exposure times. The deviations give you a measure for the non-linearity.
• negative linearity deviation % (QC1 database table uves_ccdtest, column linearity_error_m, product keyword QC.LINERRM)
  Description: positive (m) linearity deviation P stands for plus and M for minus. The numbers give the separately the positive (P) and negative (M) deviation from the linear regression curve. The regression curve should be perfectly straight, i.e., the countrates a linear function of the exposure times. The deviations give you a measure for the non-linearity.