-
1
Nanosecond-latency sub-micron resolution stripline beam position monitor signal processor for CLIC
Published 2019Conference item -
2
Development of Fast Micron-Resolution Beam Position Monitors for Linear Collider Beam-Based Feedback Systems
Published 2009Conference item -
3
Development of fast micron-resolution beam position monitors for linear collider beam-based feedback systems
Published 2008“…Position resolution of order 1 micron obtained. © 2008 IEEE.…”
Journal article -
4
A low-latency sub-micron resolution stripline beam position monitoring system for single-pass beamlines
Published 2012“…A low-latency, sub-micron resolution stripline beam position monitoring system has been developed for use in single-pass beamlines. …”
Conference item -
5
-
6
-
7
Development of a fast, single-pass, micron-resolution beam position monitor signal processor: Beam test results from ATF2
Published 2010“…We present the design of a stripline beam position monitor (BPM) signal processor with low latency (c. 10ns) and micron-level spatial resolution in single-pass mode. …”
Conference item -
8
The LiCAS-RTRS - A survey system for the ILC
Published 2006“…The Rapid Tunnel Reference Surveyor (RTRS) is a self-propelled train intended to automatically survey a reference network in the ILC tunnels with a design accuracy of 200 microns over distances of 600 m. A prototype RTRS has been built by the LiCAS collaboration. …”
Conference item -
9
The LiCAS-RTRS - A survey system for the ILC
Published 2006“…The Rapid Tunnel Reference Surveyor (RTRS) is a self-propelled survey train, intended to automatically survey a reference network in the ILC tunnels with a design accuracy of 200 (500) microns vertical (horizontal) over each 600 m segment [1]. …”
Journal article -
10
Latest performance results from the font5 intra-train beam position and angle feedbacksystem at ATF2
Published 2012“…The FONT5 intra-train feedbacksystem aims to stabilize the beam orbit by correcting both the position and angle jitter inthe vertical plane on bunch-tobunch time scales, providing micron-level stability at theentrance to the ATF2 final-focus system. …”
Conference item -
11
Latest performance results from the FONT5 intra-train position and angle feedback system at ATF2
Published 2011“…The FONT5 intra-train feedback system aims to stabilise the beam orbit by correcting both the position and angle jitter in the vertical plane on bunch-to-bunch timescales, providing micron-level stability at the entrance to the ATF2 final-focus system. …”
Journal article -
12
Development of a high-resolution, broad-band, stripline beam position monitoring system
Published 2013“…A low-latency, sub-micron resolution stripline beam position monitoring system has been developed and tested with beam at the KEK Accelerator Test Facility, where it has been used as part of a feedback system for beam stabilisation. …”
Journal article -
13
A fast, custom FPGA-based signal processor and its applications to intra-train beam stabilisation
Published 2016“…Two examples of applications will also be presented: a position and angle bunch-by-bunch feedback system using strip-line beam position monitors to stabilise intra-train positional jitter to below the micron level with a latency less than 154 ns; and a phase feedforward system using RF cavity-based phase monitors to stabilise the downstream rms phase jitter to below 50 fs with a total latency less than the 380 ns beam time-of-flight.…”
Conference item