- RF design and tolerance study of the X-band BOC pulse compressor
RF design and tolerance study of the X-band BOC pulse compressor Ping Wang, Alexej Grudiev 12 01 2022
- Design, fabrication and RF measurements of the storage and correction . . .
In this section, the RF design, mechanical design, thermal analysis, fabrication and RF measurement results of the BOC prototype are presented BOC pulse compressors have advantages of large Q 0, lower surface fields and large mode separations
- Design and Measurement of the X-Band Pulse Compressor for TTX - CERN
In this paper, an X-band (11 424 GHz) pulse compres-sion system is designed and measured before brazing for the TTX high-power RF station This system consists of a corrugated circular cavity using HE1-1-14 mode and an RF polarizer
- (PDF) X -band two-stage rf pulse compression system with correction . . .
This paper reports on the design, fabrication, RF measurement, and high-power test of a prototype accelerator—such as 11 424 GHz with 12 cells—and a traveling wave of two halves
- X-band activities at INFN-LNF - INSPIRE-HEP
In this paper we report the status and future work of the TEX facility, and the progress on the design and testing of the diferent RF components that realize the X-band module of the Linac, with particular attention to the pulse compressor and the X-band accelerating section prototypes
- Brazing free RF Pulse Compressor for High Gradient Accelerators
The pulse compressor is based on a single Barrel Open Cavity (BOC) The BOC use a “whispering gallery” mode which has an intrinsically high quality factor and operates in a resonant rotating wave regime
- $X$-band two-stage rf pulse compression system with correction cavity chain
A compact 𝑋 -band two-stage rf pulse compression system has been successfully designed, fabricated, and tested at Tsinghua 𝑋 -band high-power test stand The pulse compression system consists of a correction cavity chain, a first-stage, and a second-stage storage cavity
- A Compact X-Band Microwave Pulse Compressor Using a Corrugated . . .
Abstract: Microwave pulse compressors based on a single resonant cavity operating at polarized modes can be super compact, and corrugated structures can transmit high-power, high-frequency microwave with very low loss
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