FNAL TB09 Plots: Updated

1. FNAL TB09 Plots:Updated Alessandra Borgia Syracuse Unviersity Marina Artuso, Jianchun Wang, Ray Mountain January 27, 2010

2. Noise Plots N Type – 500V– Pedestal ADCs Channel ADCs N Type – 500V– CMS Alessandra Borgia, Syracuse University Velo Meeting Channel

3. Noise File Name: RR_0deg_Top_latency_0x17_delay_40ns_Kazu_HV500-20090427-081938.mdf Conditions: Beam at Top N type – Low Irr P type – High Irr N Type – 500V– Ped N Type – 500V– CMS What these plot represent: Plots of the means of Gaussian noise fits for each strip in a sector. i.e. sum of noise in a sector Alessandra Borgia, Syracuse University Velo Meeting

4. Noise File Name: RR_0deg_Top_latency_0x17_delay_40ns_Kazu_HV500-20090427-081938.mdf Conditions: Beam at Top N type – Low Irr P type – High Irr P Type – 500V– Ped P Type – 500V– CMS Dead chip on p-type will be removed Alessandra Borgia, Syracuse University Velo Meeting

5. Test PulseN Type: Channels 9 and 30due to timing shift 2 channels are pulsed per link, so 128 channels hit. **Means obtained the same way as the noise,only I pick out the channel that has the signal on it, which I know before hand; plot mean per link. Alessandra Borgia, Syracuse University Velo Meeting

6. Test PulseP Type: Channels 3 and 24 Alessandra Borgia, Syracuse University Velo Meeting The ADC value should by consistent for each link.

7. N Type Charge Collection Alessandra Borgia, Syracuse University Velo Meeting

8. N Type withfluence superimposed Alessandra Borgia, Syracuse University Velo Meeting

9. P Type Charge Collection Alessandra Borgia, Syracuse University Velo Meeting

10. P Type withfluence superimposed Alessandra Borgia, Syracuse University Velo Meeting

11. ADC vs Voltage projection **NB** Of course, will do it properly….wanted to see the shape. Just from eyeballing, this is the shape: JC’s ppt from last week’s SU Velomtg Alessandra Borgia, Syracuse University Velo Meeting

12. N Type All Voltages Alessandra Borgia, Syracuse University Velo Meeting

13. N TypeMy and JC’s Plots HV (V) 500 400 300 200 100 50 JC’s Fits My Fits Alessandra Borgia, Syracuse University Velo Meeting

14. N TypeRatio of JC’s MPVs to My MPVs 500 V Alessandra Borgia, Syracuse University Velo Meeting

15. P TypeAll Voltages Alessandra Borgia, Syracuse University Velo Meeting

16. P TypeMy and JC’s Plots JC’s Fits HV (V) 500 400 300 200 100 50 My Fits Alessandra Borgia, Syracuse University Velo Meeting

17. P TypeRatio of JC’s MPVs to My MPVs 500 V Alessandra Borgia, Syracuse University Velo Meeting

18. N Type Alessandra Borgia, Syracuse University Velo Meeting

19. P Type Alessandra Borgia, Syracuse University Velo Meeting

20. Alessandra Borgia, Syracuse University Velo Meeting

21. Cluster Size where P type is High Irr at 500V File Name: RR_0deg_Top_latency_0x17_delay_40ns_Kazu_HV500-20090427-081938.mdf Conditions: Beam at Top N type – Low Irr P type – High Irr P Type 500V 40-45um pitch 45-50um pitch 40-45um pitch 45-50um pitch 80-101um pitch 60-80um pitch 80-101um pitch 60-80um pitch N Type 500V Alessandra Borgia, Syracuse University Velo Meeting

22. Cluster Size where P type is High Irr50V File Name: RR_0deg_Top_latency_0x17_delay_40ns_Kazu_HV50-20090427-060008.mdf Conditions: Beam at Top N type – Low Irr P type – High Irr P Type 50V 40-45um pitch 45-50um pitch 45-50um pitch 40-45um pitch 80-101um pitch 60-80um pitch N Type 50V 60-80um pitch 80-101um pitch Alessandra Borgia, Syracuse University Velo Meeting