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Ryan's LCLS-II time tool document is in this file: active_fstiming.pdf

  • chris will ask matt feldman @stanford what camera they are using with their fpga, in case we can use this
  • gabriella/phil will look into this fancy camera that will only readout pixels above a threshold (for faster readout)
  • all cameras are optical, not x-ray
  • ryan wants one edge of the full image at 10kHz.
  • for feedback to the frisch laser system want latencies ~100us
  • ideally want a “single line” camera to get information to frisch at 100kHz
  • if the feedback to frisch works well then we will need to readout the full time tool data less often because the feedback will keep it more stable
  • amo11816 run 29 (maybe other runs) have some rough data that is supposed to vaguely resemble LCLS-II

Possible cameras:

http://www.chronocam.com (fast cameras with hardware thresholding)

http://www.cmosis.com/products/product_detail/dragster_demo_kit line camera

https://www.1stvision.com/cameras/dalsa/P4-CM-02K10D.html line camera (manual)

https://www.ametek.com/pressreleases/news/2018/april/vision-research-launches-high-speed-phantom-s990-camera

http://www.sensorsinc.com/products/detail/gl2048-r-ingaas-linescan-camera

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