LCLS Digital BPM Processor for ATF2 Extraction Line BPMs Steve Smith 26 August 2009.

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Presentation transcript:

LCLS Digital BPM Processor for ATF2 Extraction Line BPMs Steve Smith 26 August 2009

ATF2 Extraction Line BPMs 12 Stripline BPMs in ATF2 extraction line –3 types: a)3 each with L= 40 mm, d=27mm b)5 each with L= 40 mm, d=37mm c)4 each with L= 120 mm, d=27mm Angular coverage 70 degree/ strip Charge range 1-10 x 10 9 e - / bunch Single bunch or 3 – 20 bunches at 357 MHz separation Requirements: –Several-micron resolution –Good stability over bunch charge

LCLS Stripline BPMs ~ 200 BPMs Most common type has L= 100 mm, d=24mm Angular coverage 26 degree/ strip Charge range x 10 9 e - / bunch Single bunch Requirements: –< 5 micron resolution at 200 pC –Good stability over bunch charge Similar signal, similar requirements

Estimate Resolution by Comparison ATF2 Length ≥ 40 mm Angular coverage 70 deg Diameter mm Greater coverage, less length  comparable resolution Larger diameter BPMs will have slightly worse resolution LCLS Length = 100 mm Angular coverage 26 deg Diameter 24 mm Resolution: Proportional to diameter Inversely to length, coverage:

5 LCLS Stripline Beam Position Monitors Analog Frontend Signal is ~8 MHz band centered at 140 MHz

BPM raw digitized waveforms. Sampling frequency 120 MHz. Algorithm IOC (VME processor) calculates position and beam charge from ADC waveforms Position: –Estimate amplitude from each strip V i = rms(ADC i ) Correct for calibrated gain ratio X = R/2  / 

Online Calibration Launch tone burst into one strip Receive on adjacent strips Estimate amplitudes as above Calculate gain ratio Correct raw beam amplitudes Repeat between pulses Calibrator tone burst detected on adjacent strips

Resolution at 200 pC b. a. c. d.

Installation

Online Diagnostic Displays

Configuration for ATF2 Build processor chassis containing Analog Frontend, without ADC board Included: –Analog Frontend –Clock Functions: –All analog processing –Including calibration KEK to provide –ADC –digital processing –Control interface (SPI) 3- wire, TTL levels Set attenuators Set up calibration SLAC KEK 

ATF2 Multibunch Operation BPM averages over train in multibunch mode Resolution is approximately the same as single bunch for the same charge per bunch Unless bunch spacing is near a subharmonic of BPM processing frequency