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HAWKI trending system: HISTORY report
Last update: 2012-01-15T07:07:21 (UT)
same group: Median_Dark Mean_RON Reset_Anomaly RON_vs_DIT
close window history: 2007 2008 2009 2010   2011   2012   2013 2014 2015 2016 2017 2018 2019 2020 2021 2022 2023 2024   HEALTH FULL
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*Date on this monitor changes at 21:00 UT
Print: Information and research:
- png file - advanced studies: QC1 browser | QC1 plotter
Plot
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Symb
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Source
*
Average ? Thresholds ? N_
data
QC1
parameter
Data
downloads
Remarks
method value unit method value
5 QC1DB MEDIAN 10.30075 ADU OFF± 0.5 97 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 1, DIT=2.0
6 QC1DB MEDIAN 9.11387 ADU OFF± 0.5 97 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 2, DIT=2.0
2 QC1DB MEDIAN 8.45679 ADU OFF± 0.5 97 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 3, DIT=2.0
1 QC1DB MEDIAN 9.1579 ADU OFF± 0.5 97 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 4, DIT=2.0
7 QC1DB MEDIAN 7.27256 ADU OFF± 2.0 87 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 1, DIT=300
8 QC1DB MEDIAN 6.11992 ADU OFF± 2.0 87 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 2, DIT=300
4 QC1DB MEDIAN 6.908 ADU OFF± 2.0 87 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 3, DIT=300
3 QC1DB MEDIAN 5.78472 ADU OFF± 2.0 87 qc_ron_mean this | last_yr | all Mean DARK ReadOut Noise, chip 4, DIT=300
*Data sources: QC1DB: QC1 database; LOCAL: local text file
Plot 5
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:10.30075ADU
rel. thresholds: 9.80075...10.80075ADU
N_data plotted:97
[click on plot for closeup]
Plot 6
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:9.11387ADU
rel. thresholds: 8.61387...9.61387ADU
N_data plotted:97
[click on plot for closeup]
Plot 2
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:8.45679ADU
rel. thresholds: 7.95679...8.95679ADU
N_data plotted:97
[click on plot for closeup]
Plot 1
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:9.1579ADU
rel. thresholds: 8.6579...9.6579ADU
N_data plotted:97
[click on plot for closeup]
Plot 7
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:7.27256ADU
rel. thresholds: 5.27256...9.27256ADU
N_data plotted:87
[click on plot for closeup]
Plot 8
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:6.11992ADU
rel. thresholds: 4.11992...8.11992ADU
N_data plotted:87
[click on plot for closeup]
Plot 4
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:6.908ADU
rel. thresholds: 4.908...8.908ADU
N_data plotted:87
[click on plot for closeup]
Plot 3
data source:hawki_dark
(QC1 database)
dataset:qc_ron_mean
median:5.78472ADU
rel. thresholds: 3.78472...7.78472ADU
N_data plotted:87
[click on plot for closeup]
This plot

Trending report for ReadOut Noise [RON] of the master dark.
QC parameter is derived for each detector of the raw dark frames.

On 2016-11-19 new CASU pipeline was adopted (blue vertical line).

Name:
Fits header: QC.RON.MEAN,
QC1 DB: qc_ron_mean

Description:
The mean of the raw dark ReadOut Noise estimates. Setup:
DET.DIT=2.0
DET.DIT=300.0

These plots describe:
Fig. 1. chip4: The QC parameter for DIT=2.0 for chip #4.
Fig. 2. chip3: The QC parameter for DIT=2.0 for chip #3.
Fig. 3. chip4: The QC parameter for DIT=300.0 for chip #4.
Fig. 4. chip3: The QC parameter for DIT=300.0 for chip #3.
Fig. 5. chip1: The QC parameter for DIT=2.0 for chip #1.
Fig. 6. chip2: The QC parameter for DIT=2.0 for chip #2.
Fig. 7. chip1: The QC parameter for DIT=300.0 for chip #1.
Fig. 8. chip2: The QC parameter for DIT=300.0 for chip #2.

Find more information on the HAWKI DARK calibration tutorial page.

 


General information

Click on any of the plots to see a close-up version. The latest date is indicated on top of the plot, data points belonging to that date are specially marked.

If configured,

  • statistical averages are indicated by a solid line, and thresholds by broken lines
  • outliers are marked by a red asterisk. They are defined as data points outside the threshold lines
  • "aliens" (= data points outside the plot Y limits) are marked by a red arrow ( or )
  • you can download the data for each parameter set if the 'Data downloads' link shows up