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Libera Cavity BPM is a beam position monitor readout system designed to be used in linear machines with cavity-type beam position monitor pickups. Libera Cavity BPM is particularly indicated for FEL undulator sections and interaction points where accurate position measurements are required. The system processes the signals form low-Q and high-Q S-band and C-band cavities providing the user a very precise beam position measurements resolved at single bunch level.
Benefits:
Data processing:
Libera CavityBPM acquires the cavity signals by means of frequency conversion and intermediate frequency sampling. Calibrated variable attenuators further increase the instrument dynamic range capabilities. The signals are then processed at FPGA level.
A special deconvolution filtering scheme can be then used to separate partially overlapped bunches. Then a time-domain position calculation algorithm is used to determine the beam position for every single bunch.
Interfaces:
Performance:
Typical position readout standard deviation is < 1µm RMS, at 1mm full scale, for 32 dB dynamic range. (However, it depends also on other factors like: the cavity sensitivity, available signal strength and position measurement range.)
Libera Cavity BPM is used at the following labs:
Can’t find your discipline or profession? Write to us and we’ll
do our best to work something out.
We adjust our services to your needs.