North American Electronics for G0

A baseline reference design for the high speed electronics has been defined by the North American collaborating institutions. Additional information is available below:

• Notes, Minutes and Transparencies from G0 Meetings specific to the North American electronics
  
  
  • June 15-17, 1998, North American FPDs - Transparancies from Electronics Working Group Meeting - Orsay-Grenoble, R. Clark, B. Quinn (Gnu-zipped postscript, 305 kb)
    
    
  • June 15-17, 1998, CED Electronics - Transparancies from the Electronics Working Group Meeting - Orsay-Grenoble, S. Wells (Gnu-zipped postscript, 554 kb)
    
    
• Internal Reports of the G0 collaboration related to the North American electronics
  

  G0 Doc. No.
  G0-98-010	A Summary of the CMU Electronics Plan for G0 - R. Clark and B. Quinn, June 12, 1998 (Gnu-zipped postscript of document text, 25 kb) (Gnu-zipped postscript of document figures, 25 kb) Note that the figures are not currently displayable with ghostview and may not print on some postscript printers.
  G0-98-011	Coincidence Electronics for G0 Backward Angle and N->DELTA Parity Violating Asymmetry Measurements (LATECH-CAPS-98-06a) - S. P. Wells and B. A. Anderson, June 12, 1998, Revised June 25, 1998 (Gnu-zipped postscript, 488 kb)
  G0-00-050	North American and Monitoring Electronics, Transparencies from a Presentation to the G0 Collaboration - B. Quinn, November 16, 2000 (Gnu-zipped tar archive of postscript files, 15.4 kb)
  G0-01-003	Memo: Fastbus Triggering (Proposed) and Accompanying Diagram - P. King, January 15, 2001 (ASCII text, 2.0 kb) (Gnu-zipped postscript figure, 4.1 kb)
  G0-02-042	Studies of False Asymmetry and Deadtime Using G0 Mock Data - J. Liu and B. Beise, May 22, 2002 (Portable Document Format, 252 kb) (Gnu-zipped postscript, 120 kb)
  G0-03-013	NA Electronics, Status and Known Problems, A Presentation at the March 2003 G0 Collaboration Meeting - B. Quinn, March 6, 2003 (Portable Document Format, 3.64 Mb)
  G0-03-023	Deadtime Studies for NA Electronics, A Presentation at the March 2003 G0 Electronics Working Group Meeting - A. Biselli, March 6, 2003 (Portable Document Format, 996 kb)
  G0-03-025	Buddies for the NA Detectors, A Presentation at the March 2003 G0 Electronics Working Group Meeting - J. Kuhn, March 6, 2003 (Portable Document Format, 996 kb)
  G0-03-037	Status of North American Coincidence Electronics for Backward Angle Measurements, A Presentation at the March 2003 G0 Collaboration Meeting - S. P. Wells, March 7, 2003 (Portable Document Format, 1.63 Mb) (Gnu-zipped MS PowerPoint, 5.07 Mb)
  G0-03-052	North American Electronics Open Issues, A Presentation at the June 2003 G0 Collaboration Meeting - B. Quinn, June 18, 2003 (Portable Document Format, 15.1 Mb)
  G0-03-088	A Study of Deadtime Corrections, A Presentation at the September 2003 G0 Collaboration Meeting - A. Biselli, September 25, 2003 (Portable Document Format, 4.83 Mb)
  G0-04-015	North American (NA) CED Electronics Status, A Presentation at the June 2004 G0 Collaboration Meeting - S. Wells, June 1, 2004 (Portable Document Format, 569 kb)
  G0-04-015	North American (NA) Electronics Analysis at CMU, A Presentation at the June 2004 G0 Collaboration Meeting - B. Quinn, June 1, 2004 (Portable Document Format, 7.68 Mb) (Gnu-zipped Postscript, 707 kb)
  G0-04-064	Deadtime Simulation of North American Electronics, A Presentation at the September 2004 G0 Collaboration Meeting - A. Biselli, September 9, 2004 (Portable Document Format, 56.7 kb)
  G0-05-010	N.A. Backward Angle Electronics, A Presentation at the January 2005 G0 Collaboration Meeting - S. Wells, January 20, 2005 (Portable Document Format, 98.0 kb) (Gnu-zipped MS PowerPoint, 31.2 kb)

• DieuChien, a code for the simulation of the dead time of the North American electronics is available on-line. Nearly all the input parameters are hard wired into the code at this point so it doesn't require any input files. Though an effort was made to make the code as readable as possible with comment statements, it is still likely to be confusing. Send e-mail to Russell Clark if you have questions.