The proposed SPS Wideband Transverse Feedback system requires a wide-band pick-up system to be able to detect intra-bunch motion within the SPS proton bunches, captured and accelerated in a 200 MHz bucket. We present the electro-magnetic design of transverse beam position pick-up options optimised for installation in the SPS and evaluate their performance reach with respect to direct time domain sampling of the intra-bunch motion. The analysis also discusses the achieved subsystem responses of the associated cabling with new low dispersion smooth wall coaxial cables, wide-band generation of intensity and position signals by means of 180 degree RF hybrids as well as passive techniques to electronically suppress the beam off-set signal, neede...
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
We present the expanded system architecture in development for the control of intra-bunch instabilit...
The feedback control of intra-bunch instabilities driven by electron-cloud or strong head-tail inter...
The proposed SPS Wideband Transverse Feedback sys- tem requires a wide-band pick-up system to be abl...
We present the architecture and implementation overview of a digital signal processing system develo...
We present experimental measurements taken from CERN SPS machine development studies with a wideband...
The LHC and SPS transverse dampers use beam position electronics with I,Q detection at 400 MHz and 2...
A transverse intra-bunch feedback system is currently under study at CERN for the SPS, to mitigate b...
A wideband vertical intra-bunch feedback system is in development at the CERN SPS for use to control...
The SPS wideband transverse feedback system is being developed to control vertical beam instabiliti...
We present experimental measurements taken from SPS machine development studies with an intra-bunch ...
Control and mitigation of transverse beam instabilities caused by electron cloud and TMCI will be es...
As part of the LHC Injector Upgrade (LIU) Project [1], a wideband feedback system is under study for...
Control and mitigation of transverse beam instabilities caused by electron cloud and TMCI will be es...
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
We present the expanded system architecture in development for the control of intra-bunch instabilit...
The feedback control of intra-bunch instabilities driven by electron-cloud or strong head-tail inter...
The proposed SPS Wideband Transverse Feedback sys- tem requires a wide-band pick-up system to be abl...
We present the architecture and implementation overview of a digital signal processing system develo...
We present experimental measurements taken from CERN SPS machine development studies with a wideband...
The LHC and SPS transverse dampers use beam position electronics with I,Q detection at 400 MHz and 2...
A transverse intra-bunch feedback system is currently under study at CERN for the SPS, to mitigate b...
A wideband vertical intra-bunch feedback system is in development at the CERN SPS for use to control...
The SPS wideband transverse feedback system is being developed to control vertical beam instabiliti...
We present experimental measurements taken from SPS machine development studies with an intra-bunch ...
Control and mitigation of transverse beam instabilities caused by electron cloud and TMCI will be es...
As part of the LHC Injector Upgrade (LIU) Project [1], a wideband feedback system is under study for...
Control and mitigation of transverse beam instabilities caused by electron cloud and TMCI will be es...
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
We present the expanded system architecture in development for the control of intra-bunch instabilit...
The feedback control of intra-bunch instabilities driven by electron-cloud or strong head-tail inter...