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Description
This paper presents a method to improve the shunt impedance of a transverse feedback kicker within a constrained longitudinal space. By modifying the internal geometry of the electrodes to transition from a conventional wideband traveling-wave design to a quasi-resonant configuration, the efficiency of the kicker is enhanced at the expense of operational bandwidth. The proposed design aims to provide a higher transverse kick for a given input power without increasing the total length of the device. The paper describes the structural modifications, discusses the underlying physical principles, and provides preliminary simulation results to verify the feasibility of the approach.
Funding Agency
This work was supported by the National Natural Science Foundation of China (No. 12405185)
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