1 / 17

Control Software for the CMS Pixel Readout

Control Software for the CMS Pixel Readout. R.Stone, Rutgers (J.Doroshenko, DW.Kim, U.Joshi, L.Perera, J.C. Yun, et al). Overview of Pixel Control System Status of US-based work Incorporation into prod. & system testing What is next. CMS Pixel Workshop. 28 April 2004. Vers 1.4.

leigh
Télécharger la présentation

Control Software for the CMS Pixel Readout

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Control Software for the CMS Pixel Readout R.Stone, Rutgers (J.Doroshenko, DW.Kim, U.Joshi, L.Perera, J.C. Yun, et al) • Overview of Pixel Control System • Status of US-based work • Incorporation into prod. & system testing • What is next CMS Pixel Workshop 28 April 2004 Vers 1.4

  2. CMS Pixel Control

  3. What exists now? • “Cosmo” (vers.1.6.9c) for pulsing, LED, 90Sr: PSI43 • 1st version about 1 year ago • Now 10 versions later • Written in C, Tcl • I/O via PC parallel port to a “FEC” & FPGA TBM • Server communication limits to 30 Hz rate • “Run Control” GUI + Cosmo for Testbeam • DAQ integrated to Si Strip telescope • Currently In use at FNAL Testbeam • Now for PSI43 • PSI46 ready in ~1month

  4. Cosmo – Hardware: PSI 43

  5. Cosmo Pixel GUI

  6. Cosmo DAC screen

  7. Cosmo ADC Tool

  8. PSI43 Calibration Analysis

  9. Pulser Calibration analysis IZM 34B chip0 (1x2) at T=-20C Address levels, Charge Thresh, Pedestal, Gain

  10. What exists now? • “Cosmo” (vers.1.6.9c) for pulsing, LED, 90Sr: PSI43 • 1st version 1 year ago • Now 10 versions later • Written in C, Tcl • I/O via PC parallel port to a FEC & FPGA TBM • “Run Control” GUI + Cosmo for Testbeam • Pixel DAQ integrated with Si Strip telescope • Currently In use at FNAL Testbeam • Now using PSI43 • PSI46 ready in ~1month

  11. FNAL Testbeam DAQ Overview

  12. Testbeam Run Control Gui

  13. 33B Chip0,1 90Sr Analysis Chip 0 Sr90 Chip 1 column Chip 1 Chip 0 Sensitive at column edge Chip0 has bad double columns at 21, 28 row

  14. Needed Soon • Cosmo changes: PSI 43  46 • Hardware • New DAC specifications • Pixels: 150x150 (2756)  100x150 (4160) • Scripting and rate improvements • Should be ready in 1 month • Production Testing • Initial Plaquette test (module) • 3 day burn-in (32 modules) • Blade • Full disk • System tests: using AOH, FED, FEC, TTC

  15. Cosmo - Hardware: PSI 46

  16. Near Term Plan • At FNAL: get Linux PCs • Install PVSS and XDAC • Try simple monitoring • Use XDAC process control • Install DB • ORCA Summer ’04 • Modify analysis and control software • Production testing • System testing • Integrate DB coupling • ORCA?

  17. Conclusions • Software exists to control modules of PSI43. • PSI 43 control software used for bench and testbeam. • Modifications underway to achieve PSI46 readout. • Structure exists to evolve into production testing. • Incorporate more of the CMS environment to get to final runtime system.

More Related