Kalinin, A. and Thakker, Trina and Jamison, S. and Burt, Graeme Campbell and Apsimon, Robert James and Dexter, Amos Christopher (2016) Design and simulation studies of the novel beam arrival monitor pickup at Daresbury Laboratory. In: Proceedings of IPAC2016, Busan, Korea :. JACoW, Geneva, pp. 334-336. ISBN 9783954501472
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Abstract
We present the novel beam arrival monitor pickup design currently under construction at Daresbury Laboratory, Warrington, UK. The pickup consists of four flat electrodes in a transverse gap. CST Particle Studio simulations have been undertaken for the new pickup design as well as a pickup design from DESY, which is used as a reference for comparison. Simulation results have highlighted two advantages of the new pickup design over the DESY design; the signal bandwidth is 25 GHZ, which is half that of the DESY design and the response slope is a factor of 1.6 greater. We discuss optimisation studies of the design parameters in order to maximise the response slope for bandwidths up to 50 GHz and present the final design of the pickup.