'This note collects results from the LSST Camera electro-optical testing prior to installation on the TMA. We describe the CCD and Focal Plane optimization and the resulting default settings. Results from eo_pipe are shown for standard runs such as B-protocols, Dense and SuperDense PTCs, gain stability, OpSim runs of Darks, and Darks with variable delays. We also describe features such as e2v Persistence, ITL phosphorescence in coffee stains, remnant charge near Serial register following saturated images, vampire pixels, ITL dips, and others.
Links:
- Publication URL: https://sitcomtn-148.lsst.io
- Alternative editions: https://sitcomtn-148.lsst.io/v
- GitHub repository: https://github.com/lsst-sitcom/sitcomtn-148
- Build system: https://github.com/lsst-sitcom/sitcomtn-148/actions/
You can clone this repository and build the technote locally if your system has Python 3.11 or later:
git clone https://github.com/lsst-sitcom/sitcomtn-148
cd sitcomtn-148
make init
make htmlRepeat the make html command to rebuild the technote after making changes.
If you need to delete any intermediate files for a clean build, run make clean.
The built technote is located at _build/html/index.html.
This technote is published to https://sitcomtn-148.lsst.io whenever you push changes to the main branch on GitHub.
When you push changes to a another branch, a preview of the technote is published to https://sitcomtn-148.lsst.io/v.
The main content of this technote is in index.rst (a reStructuredText file).
Metadata and configuration is in the technote.toml file.
For guidance on creating content and information about specifying metadata and configuration, see the Documenteer documentation: https://documenteer.lsst.io/technotes.
