We describe the adaptation of a Feedback On Nanosecond Timescales (FONT) system for the final focus test beam line ATF2 at KEK. This system is located in the ATF2 extraction line, and is mainly conceived for cancellation of transverse jitter positions originated in the damping ring and by the extraction kickers. This jitter correction is performed by means of a combination of feed-forward (FF) and fast-feedback (FB) beam stabilisation. We define optimal positions for the kicker and BPM pairs of the FONT FF/FB system, and estimate the required kicker performance and BPM resolutions. Moreover simulation results are presented
We present the design and beam test results of a prototype beam-based digital feedback system for th...
The FONT beam-based, intra-train feedback system has been designed to provide beam stability at sing...
This thesis will describe the latest work from the Feedback On Nanosecond Timescales project, common...
A prototype Interaction Point beam-based feedback system for future electron-positron colliders, su...
Feedback On Nanosecond Timescales (FONT) is a feedback system being developed to correct the beam po...
A prototype Interaction Point beam-based feedback system for future electron-positron colliders, suc...
A prototype ultra-fast beam-based feedback system for deployment in single-pass beamlines, such as a...
A prototype ultra-fast beam-based feedback system for deployment in single-pass beamlines, such as a...
The FONT5 upstream beam-based feedback system at ATF2 is designed to correct the position and angle ...
AbstractThe FONT5 upstream beam-based feedback system at ATF2 is designed to correct the position an...
The FONT5 intra-train feedback system serves as a prototype for an interaction point beam-based feed...
We report results of beam tests of the FONT3 intratrain position feedback system prototype at the Ac...
The Feedback On Nanosecond Timescales (FONT) intra-train feedback system has been designed to provi...
The major goals of the final focus test beam line facility ATF2 are to provide electron beams with a...
We present the design and beam test results of a prototype beam-based digital feedback system for th...
We present the design and beam test results of a prototype beam-based digital feedback system for th...
The FONT beam-based, intra-train feedback system has been designed to provide beam stability at sing...
This thesis will describe the latest work from the Feedback On Nanosecond Timescales project, common...
A prototype Interaction Point beam-based feedback system for future electron-positron colliders, su...
Feedback On Nanosecond Timescales (FONT) is a feedback system being developed to correct the beam po...
A prototype Interaction Point beam-based feedback system for future electron-positron colliders, suc...
A prototype ultra-fast beam-based feedback system for deployment in single-pass beamlines, such as a...
A prototype ultra-fast beam-based feedback system for deployment in single-pass beamlines, such as a...
The FONT5 upstream beam-based feedback system at ATF2 is designed to correct the position and angle ...
AbstractThe FONT5 upstream beam-based feedback system at ATF2 is designed to correct the position an...
The FONT5 intra-train feedback system serves as a prototype for an interaction point beam-based feed...
We report results of beam tests of the FONT3 intratrain position feedback system prototype at the Ac...
The Feedback On Nanosecond Timescales (FONT) intra-train feedback system has been designed to provi...
The major goals of the final focus test beam line facility ATF2 are to provide electron beams with a...
We present the design and beam test results of a prototype beam-based digital feedback system for th...
We present the design and beam test results of a prototype beam-based digital feedback system for th...
The FONT beam-based, intra-train feedback system has been designed to provide beam stability at sing...
This thesis will describe the latest work from the Feedback On Nanosecond Timescales project, common...