1. N. BlaskovicFONT Meeting1 Preliminary resolution study results N. Blaskovic

2. Introduction Results from 31 st October for: –IPB to IPC interpolation –Two electronics on one BPM study FONT Meeting2N. Blaskovic

3. IPB to IPC interpolation Take jitter run at start of shift with no change to optics other than to steer beam through both IPB and IPC in both x and y Then later calibrate with waist in x and y at each of IPB and IPC Jitter runs and calibrations taken at 0 dB to 50 dB FONT Meeting3N. Blaskovic

4. IPB to IPC interpolation Results: –Waveforms –IPB(Y) to IPC(Y) position correlation –Interpolated y paths from IPB to IPC –Interpolated x and y jitter from IPB to IPC FONT Meeting4N. Blaskovic

5. FONT Meeting5N. Blaskovic IPB(Y) I IPB(Y) Q IPC(Y) I IPC(Y) Q IPB(X) I IPB(X) Q IPC(X) IRef(X) IPC(X) Q

6. FONT Meeting6N. Blaskovic IPB(Y) I IPB(Y) Q IPC(Y) I IPC(Y) Q IPB(X) I IPB(X) Q IPC(X) IRef(X) IPC(X) Q

7. FONT Meeting7N. Blaskovic IPB(Y) I IPB(Y) Q IPC(Y) I IPC(Y) Q IPB(X) I IPB(X) Q IPC(X) IRef(X) IPC(X) Q

8. FONT Meeting8N. Blaskovic IPB(Y) I IPB(Y) Q IPC(Y) I IPC(Y) Q IPB(X) I IPB(X) Q IPC(X) IRef(X) IPC(X) Q

9. FONT Meeting9N. Blaskovic IPB(Y) I IPB(Y) Q IPC(Y) I IPC(Y) Q IPB(X) I IPB(X) Q IPC(X) IRef(X) IPC(X) Q

10. FONT Meeting10N. Blaskovic IPB(Y) I IPB(Y) Q IPC(Y) I IPC(Y) Q IPB(X) I IPB(X) Q IPC(X) IRef(X) IPC(X) Q

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30. 2-on-1 resolution Split IPB(Y) signal into two sets of Honda’s electronics Use a calibration at each charge Use MFB1FF for charge normalisation (with 6 dB stripline attenuation) Histograms make use of 10-sample averaging from 37 to 46 FONT Meeting30N. Blaskovic

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37. FONT Meeting37 Appendix 2-on-1 resolution vs. sampling window

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