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TB Analysis

TB Analysis. Alessandra Borgia & Marina Artuso VELO Group Meeting, Friday April 3, 2009. Important Data Info. 20k evts First 2 channels of each channel removed ONLY considered: 1 cluster events => 1 cluster per sensor for Reference Tell1 ( ≡ low irradiated sensor)

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TB Analysis

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  1. TB Analysis Alessandra Borgia & Marina Artuso VELO Group Meeting, Friday April 3, 2009

  2. Important Data Info • 20k evts • First 2 channels of each channel removed • ONLY considered: • 1 cluster events => 1 cluster per sensor for Reference Tell1 ( ≡ low irradiated sensor) • All cluster events for highly irradiated Tell1 • Beam @ top –Sec 3– Tell1 8 High Irradiation • Beam @ bottom –Sec 0– Tell1 5 High Irradiation • Test Module –beam @ Sec 0– R Sensor only Alessandra Borgia, SU Velo Meeting

  3. Position of irradiation spots Tell1 8 n-in-p Tell1 5 n-in-n Top • lars config • run over 20000 events Voltages: • 500V on each sensor • 300V on High irradiated and 500V on Low irradiated Beam High Irr Low Irr Bottom Alessandra Borgia, SU Velo Meeting

  4. Beam @ Top: 300 V 400 V 500 V Tell1 8 1 Strip Clusters Only Beam intensity ~ 200k/spill for 300 V ~ 100k/spill for 400 & 500 V Alessandra Borgia, SU Velo Meeting

  5. Beam @ Top: 300 V 500 V 400 V Tell1 8 1 Strip Clusters on 5 2 Strip Clusters on 8 Beam intensity ~ 200k/spill for 300 V ~ 100k/spill for 400 & 500 V Alessandra Borgia, SU Velo Meeting

  6. Compare between: Test Module & Tell1 5 (Low Irr) 1 Strip Clusters, 1 Cluster per Sensor ADC Distribution Tell1 8 / Test Module Tell1 5 / Beam @ Top Alessandra Borgia, SU Velo Meeting

  7. Compare between: Test Module & Tell1 5 (Low Irr) 1 Cluster per Sensor ADC Distribution Tell1 8 / Test Module Tell1 5 / Beam @ Top / 1 Strip Clust on Tell1 5, 2 Strip Clust on Tell1 8 Alessandra Borgia, SU Velo Meeting

  8. Compare between: Test Module & Tell1 8 (Low Irr) 1 Strip Clusters, 1 Cluster per Sensor ADC Distribution Tell1 8 / Test Module Tell1 8 / Beam @ Bottom Alessandra Borgia, SU Velo Meeting

  9. Compare between: Test Module & Tell1 8 (Low Irr) 1 Cluster per Sensor ADC Distribution Tell1 8 / Test Module Tell1 8 / Beam @ Top / 1 Strip Clust on Tell1 8, 2 Strip Clust on Tell1 5 Alessandra Borgia, SU Velo Meeting

  10. Test Module Fits LanGaus Fit Landau Fit • MP = 22.58 • Landau Width = 1.094 • MP = 22.47 • Landau Width = 1.482 Alessandra Borgia, SU Velo Meeting

  11. Beam @ Top: Tell1 5 / LanGaus Fit Tell1 8 /LanGaus Fit • MP = 22.17 • Landau Width = 1.013 • MP = 15.3 • Landau Width = 0.6033 Alessandra Borgia, SU Velo Meeting

  12. Beam @ Top: Bad fits…how can I fix? Tell1 5 / Landau +10 flat background Tell1 8 / Landau +10 flat background • 0-60 range fit • 12-55 range fit Alessandra Borgia, SU Velo Meeting

  13. Beam @ Bottom: Tell1 5 / Landau Fit Tell1 8 /LanGaus Fit • MP = 14.99 • Landau Width = 1.198 • MP = 20.98 • Landau Width = 0.646 Alessandra Borgia, SU Velo Meeting

  14. Beam @ Top: 100 to 300 um Tell1 8 / Irr / 500V / ADC Distribution in different ranges -100 to - 300 um 300 to 500 um - 100 to +100 um 20k evts in file: RR-beam-top-larscfg-HV500-HV500-20080626-181912.mdf; Intensity = 100 k/spill; ELOG msg: 206 & 203 Alessandra Borgia, SU Velo Meeting

  15. Beam @ Top: Tell1 8 / Irr / 500V / ADC Distribution in different ranges 100 to 300 um -100 to - 300 um 300 to 500 um - 100 to +100 um 50k evts in file: RR-beam-top-larscfg-HV500-HV500-20080626-181912.mdf; Intensity = 100 k/spill; ELOG msg: 206 & 203 Alessandra Borgia, SU Velo Meeting

  16. Beam @ Bottom: 100 to 300 um Tell1 5 / Irr / 500V / ADC Distribution in different ranges -100 to - 300 um 300 to 500 um - 100 to +100 um 20k evts in file: RR-beam-larscfg-HV500-HV500-20080625-150229.mdf; Intensity = 150 k/spill; ELOG msg: 179 & 196 Alessandra Borgia, SU Velo Meeting

  17. Beam @ Bottom: Tell1 5 / Irr / 500V / ADC Distribution in different ranges 100 to 300 um -100 to - 300 um 300 to 500 um - 100 to +100 um 50k evts in file: RR-beam-larscfg-HV500-HV500-20080625-150229.mdf; Intensity = 150 k/spill; ELOG msg: 179 & 196 Alessandra Borgia, SU Velo Meeting

  18. Unfocused Beam Data

  19. Beam @ Top:“Fat” = unfocused beam Tell1 5 / low irr / 1Strip 1Clust Tell1 8 / high irr / 1Strip 1Clust Alessandra Borgia, SU Velo Meeting

  20. Beam @ Top:“Fat” = unfocused beam Tell1 5 / low irr / 1Strip 1Clust Tell1 8 / high irr / 2Strip 1Clust Alessandra Borgia, SU Velo Meeting

  21. Beam @ Top:focused vs unfocused Tell1 5 / low irr / 1strip 1clust / focused Tell1 5 / low irr / 1strip 1clust / UNfocused Alessandra Borgia, SU Velo Meeting

  22. Beam @ Top:focused vs unfocused Tell1 5 / 1 Strip Clust on Tell1 5, 2 Strip Clust on Tell1 8 / focused Tell1 5 / 1 Strip Clust on Tell1 5, 2 Strip Clust on Tell1 8 / UNfocused Alessandra Borgia, SU Velo Meeting

  23. Beam @ Top:focused vs unfocused Tell1 8 / high irr / 1strip 1clust / focused Tell1 8 / high irr / 1strip 1clust / UNfocused Alessandra Borgia, SU Velo Meeting

  24. Beam @ Top:focused vs unfocused Tell1 8 / 1 Strip Clust on Tell1 5, 2Strip Clust on Tell1 5 / focused Tell1 8 / 1 Strip Clust on Tell1 5, 2Strip Clust on Tell1 5 / focused Alessandra Borgia, SU Velo Meeting

  25. Data files used • Test Module: • RPHI-beam-lars-cfg-HV100-HV100-20080624-080945.mdf • RR Beam @ Top: • RR-beam-top-larscfg-HV500-HV500-20080626-181912.mdf • RR Beam @ Bottom: • RR-beam-larscfg-HV500-HV500-20080625-150229.mdf • RR Beam @ Top – Unfocused: • RR-fatty-fat-fat-beam-top-HV500-HV500-20080627-160833.mdf Alessandra Borgia, SU Velo Meeting

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