Speaker
Description
Cavity-based beam diagnostics, including Beam Arrival Time Monitors (BAMs) and Beam Position Monitors (BPMs), provide high-resolution, non-invasive measurements critical for modern accelerator operation and beam quality optimization. In this work, we report on the installation and commissioning of a 4.76 GHz cavity-based BAM/BPM system at the HTU beamline. The experimental setup, calibration procedure, and data acquisition chain are briefly described. Preliminary measurements demonstrate first-order agreement between the cavity-based monitors and the reference diagnostics for both arrival time and transverse beam position, validating the baseline performance of the system. Remaining discrepancies are discussed in the context of coupling effects, calibration stability, and beamline conditions.
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