Philip Burrows: Publications

Simulation of ILC feedback BPM signals in an intense background environment

2007 IEEE PARTICLE ACCELERATOR CONFERENCE, VOLS 1-11 (2007) 2133-+

Authors:

A Hartin, P Burrows, G Christian, C Clarke, B Constance, H Khah, C Perry, C Swinson, R Arnold, S Molloy, S Smith, G White, M Woods, A Kalinin

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The FONT4 ILC intra-train beam-based digital feedback system prototype

(2007) 416-416

Authors:

PN Burrows, others

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Turnaround feed-forward correction at the ILC

2007 IEEE PARTICLE ACCELERATOR CONFERENCE, VOLS 1-11 (2007) 989-+

Authors:

A Kalinin, PN Burrows

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Design of the ILC prototype FONT4 digital intra-train beam-based feedback system

EPAC 2006 - Contributions to the Proceedings (2006) 849-851

Authors:

PN Burrows, G Christian, C Clarke, H Dabiri Khah, T Hartin, C Perry, GR White, A Kalinin, D McCormick, S Molloy, M Ross

Abstract:

We present the design of the FONT4 digital intra-train beam position feedback system prototype and preliminary results of initial beam tests at the Accelerator Test Facility (ATF) at KEK. The feedback system incorporates a fast analogue beam position monitor (BPM) front-end signal processor, a digital feedback board, and a kicker driver amplifier. The short bunchtrain, comprising 3 electron bunches separated by c. 150ns, in the ATF extraction line was used to test components of the prototype feedback system.

Performance of the FONT3 fast analogue intra-train beam-based feedback system at ATF

EPAC 2006 - Contributions to the Proceedings (2006) 852-854

Authors:

PN Burrows, G Christian, C Clarke, H Dabiri Khah, T Hartin, C Perry, GR White, A Kalinin, D McCormick, S Molloy, M Ross

Abstract:

We report results of beam tests of the FONT3 intratrain position feedback system prototype at the Accelerator Test Facility (ATF) at KEK. The feedback system incorporates a novel beam position monitor (BPM) processor with latency below 5 nanoseconds, and a kicker driver amplifier with similar low latency. The 56 nanosecond-long bunchtrain in the ATF extraction line was used to test the prototype feedback system. The achieved latency of 23ns provides a demonstration of intra-train feedback on very short timescales relevant even for the CLIC Linear Collider design.

Philip Burrows

Sub department

Simulation of ILC feedback BPM signals in an intense background environment

Authors:

The FONT4 ILC intra-train beam-based digital feedback system prototype

Authors:

Turnaround feed-forward correction at the ILC

Authors:

Design of the ILC prototype FONT4 digital intra-train beam-based feedback system

Authors:

Abstract:

Performance of the FONT3 fast analogue intra-train beam-based feedback system at ATF

Authors:

Abstract:

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