Improved Occupancy and Readout Time Study of the SVXII & ISL

Rick Field and Dave Stuart

(Old Estimates)


Talk by Rick Field presented at the SVX Meeeting
July 31, 1998



Click on
PDF for an Adobe Acrobat file (better than postscript) or on PS for a zipped PostScript file. Click SVXII or ISL.
Send comments, corrections, suggestions, etc. to rfield@phys.ufl.edu
PDF Version SVXII Plots (22 pages) PS Version
  • Page 1: R-Z Cluster Model
  • Page 2: Average R-Z Cluster Size
  • Page 3: Max R-Z Cluster Size
  • Page 4: R-Phi Cluster Model
  • Page 5: Average R-Phi Cluster Size
  • Page 6: Material Traversed
  • Page 7: R-Z Chip with Maximum Hits
  • Page 8: Average Maximum R-Z Chip
  • Page 9: R-Z Chip with Maximum Occupation
  • Page 10: R-Z Chip with Max Occupation (top only)
  • Page 11: Geometric Acceptance
  • Page 12: R-Phi Chips Hit per Charged Particle
  • Page 13: R-Phi Chip with Maximum Hits
  • Page 14: Average Maximum R-Phi Chip
  • Page 15: R-Phi Chip with Maximum Occupation
  • Page 16: Number of Pathway Hits
  • Page 17: Pathway with Maximum Hits
  • Page 18: Average Maximum Pathway
  • Page 19: Maximum Readout Time
  • Page 20: Average Max Pathway (with noise)
  • Page 21: Max Readout Time (with noise)
  • Page 22: Readout Time Comparisons

PDF Version ISL Plots (16 pages) PS Version
  • Page 1: R-Phi Cluster Model
  • Page 2: Average R-Phi Cluster Size
  • Page 3: Material Traversed
  • Page 4: Material Traversed (SVX+ISL)
  • Page 5: Geometric Acceptance
  • Page 6: R-Phi Chips Hit per Charged Particle
  • Page 7: R-Phi Chip with Maximum Hits
  • Page 8: Average Maximum R-Phi Chip
  • Page 9: R-Phi Chip with Maximum Occupation
  • Page 10: Number of Pathway Hits
  • Page 11: Pathway with Maximum Hits
  • Page 12: Average Maximum Pathway
  • Page 13: Maximum Readout Time
  • Page 14: Average Max Pathway (with noise)
  • Page 15: Max Readout Time (with noise)
  • Page 16: Readout Time Comparisons

Rick Field
Last modified: July 27, 1998