At first sight the problem of determining the beam position from the ratio of the induced charges of the opposite electrodes of a beam monitor seems trivial, but up to now no unique solution has been found that fits the various demands of all particle accelerators. The purpose of this paper is to help instrumentalist in choosing the best processing system for their particular application. The paper will present the different families in which the processing systems can be grouped. A general description of the operating principles with relative advantages and disadvantages for the most employed processing systems is also presented
A popular signal processing technique for beam position measurements uses the principle of amplitude...
Two basic signal-processing techniques are presently in wide use for the processing of signals from ...
Beam position monitors (BPM) for synchrotron light storage rings usually consist of beam pickup elec...
At first sight the problem of determining the beam position from the ratio of the induced charges of...
At the first sight the problem to determine the beam position from the ratio of the induced charges ...
A cylindrical beam-position monitor (BPM) used in many accelerator facilities has four electrodes on...
A high-resolution, low-latency beam position monitor (BPM) system has been developed for use in part...
A cylindrical beam-position monitor (BPM) used in many accelerator facilities has four electrodes on...
We describe the beam position monitor system built for PEP-II, the B-factory at SLAC. The system rep...
A high-resolution, low-latency beam position monitor (BPM) system has been developed for use in feed...
The Proton Synchrotron accelerator (PS), installed at CERN, although commissioned in 1959, still pla...
Beam position monitors (BPM) in electron and positron storage rings have evolved from simple systems...
With the technology improvements of Analog-to-Digital Converters (ADC), notable in terms of sampling...
Beam position monitoring (BPM) systems are the workhorse of beam diagnostics for almost any kind of ...
Two types of switched electrode electronics beam position monitors are in use at Jefferson Lab. Toge...
A popular signal processing technique for beam position measurements uses the principle of amplitude...
Two basic signal-processing techniques are presently in wide use for the processing of signals from ...
Beam position monitors (BPM) for synchrotron light storage rings usually consist of beam pickup elec...
At first sight the problem of determining the beam position from the ratio of the induced charges of...
At the first sight the problem to determine the beam position from the ratio of the induced charges ...
A cylindrical beam-position monitor (BPM) used in many accelerator facilities has four electrodes on...
A high-resolution, low-latency beam position monitor (BPM) system has been developed for use in part...
A cylindrical beam-position monitor (BPM) used in many accelerator facilities has four electrodes on...
We describe the beam position monitor system built for PEP-II, the B-factory at SLAC. The system rep...
A high-resolution, low-latency beam position monitor (BPM) system has been developed for use in feed...
The Proton Synchrotron accelerator (PS), installed at CERN, although commissioned in 1959, still pla...
Beam position monitors (BPM) in electron and positron storage rings have evolved from simple systems...
With the technology improvements of Analog-to-Digital Converters (ADC), notable in terms of sampling...
Beam position monitoring (BPM) systems are the workhorse of beam diagnostics for almost any kind of ...
Two types of switched electrode electronics beam position monitors are in use at Jefferson Lab. Toge...
A popular signal processing technique for beam position measurements uses the principle of amplitude...
Two basic signal-processing techniques are presently in wide use for the processing of signals from ...
Beam position monitors (BPM) for synchrotron light storage rings usually consist of beam pickup elec...