MKE 4 kick waveform scan TI 8 MD 6/6/09

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MKE 4 kick waveform scan TI 8 MD 6/6/09 Jan Uythoven Thanks to Mike B, Stephane and Jerome

description

MKE 4 kick waveform scan TI 8 MD 6/6/09. Jan Uythoven Thanks to Mike B, Stephane and Jerome. Calibration of BTV beam position vs. kicker voltage, all TI 8 screens. Two best screens: BTV813 and BTV876. Raw data: BTV pos – timing delay for BTV813. Apply Calibration, Swap Curve by 180 degrees. - PowerPoint PPT Presentation

Transcript of MKE 4 kick waveform scan TI 8 MD 6/6/09

Page 1: MKE 4 kick waveform scan TI 8 MD 6/6/09

MKE 4 kick waveform scanTI 8 MD 6/6/09

Jan UythovenThanks to Mike B, Stephane and

Jerome

Page 2: MKE 4 kick waveform scan TI 8 MD 6/6/09

Calibration of BTV beam position vs. kicker voltage, all TI 8 screens

• Two best screens: BTV813 and BTV876

Page 3: MKE 4 kick waveform scan TI 8 MD 6/6/09

Raw data: BTV pos – timing delayfor BTV813

Page 4: MKE 4 kick waveform scan TI 8 MD 6/6/09

Apply Calibration, Swap Curve by 180 degrees

BTV813

BTV876

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Mean and error bars (spread =)for both screens

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Results of both screens agree rather well: Zoom on previous slide

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Conclusions

• BTVs provide very precise measurement of kick waveform

• The kick used for LHC beams is just within the spec of 1 % ripple

• For LHC operation the MKE4 kick should be made longer, similar to CNGS, and the last part of the kick to be used after further measurements– Reduce ripple seen by the beam– Less stress on the clipper switch