MIDI Quality Control: QC parameters and trending

MIDI:
Quality Control parameters and trending

QUALITY CONTROL HOME
CAL \| HC \| refs \| QC

MIDI QC
MIDI QC HOME
TOC
Trending & QC1
general infos
Calibrators and Transfer Function
QC1 trending
detector characteristics
spectro transmission
wavelength calib
reference pixels
kappa matrix
profile
Pipeline
general info
calib data
science data
data reduction
product names
assoc rules
Data packages
general info
MIDI
Data Management
general info
MIDI

HC MIDI
CalCheck MIDI
QC links:
QC home
Cal Checker
Health Checks
Reference Frames

QC1 database
Paranal autrep database
(ESO internal)
[best viewing with style sheets and javascript enabled]

QC1 LINKS

QC1 PLOTS

CURRENT

Detector

Optical elements

Reference Beams

RON | Linearity

Transmission | Wavelength Calibration

Reference beams: HIGH_SENS | SCI_PHOT | OPEN

Find here detailed information about the MIDI QC1 parameters and select plots. ASCII data from the QC1 database will be available in the future.

GENERAL INFORMATION

Some MIDI calibration data are presently monitored to extract information about their quality and the instrument performance. The quality information is extracted into so-called QC parameters.

All measured QC1 parameters are stored in a database. Their evolution with time is evaluated by the trending process.

INSTRUMENT PROPERTIES TRENDED

The following parameters are monitored and used for instrument trending. The plots are available on the MIDI HC page.

detector

read noise
detector linearity

alignment

position of the reference pixels

dispersive elements (GRISM or PRISM)

transmission of the dispersive elements

Instrumental Transfer Function

More information under the specific TF page