High-power Circulator Test Results at 350 MHz and 700 MHz
W. T. Roybal, J. Bradley, D. Rees, P. A. Torrez, D. K. Warner, J. DeBaca
Abstract
The high-power RF systems for the Accelerator Production of Tritium (APT) program require high-power circulators at 350 MHz and 700 MHz to protect 1 MW Continuous Wave (CW) klystrons from reflected power. The 350 MHz circulator is based on the CERN, ESRF, and APS designs and has performed very well. The 700 MHz circulator is a new design. Prototype 700 MHz circulators have been high-power tested at Los Alamos National Laboratory (LANL). The first of these circulators has satisfied performance requirements. The circulator requirements, results from the testing, and lessons learned from this development are presented and discussed.
Create a lesson
Related papers
Single-pass stochastic cooling for electron microscopy
River Robles, Peter Hommelhoff
Impact of Rapid Acceleration on Beam Dynamics in the Rapid-Cycling Synchrotrons of a Muon Collider
Lisa Soubirou, Antoine Chancé
LADA: A differential algebra-based simulation package for arbitrary-order charged-particle and light optics
Dmitry Varentsov, Sergey Litvinov, Maksym Miski-Oglu et al.
Transverse Confinement in Cascaded Inverse-Cherenkov Acceleration via Phase-Trajectory Control and Injection Matching
Yuanhao Liu, Nanshun Huang, Xionghao Yuan et al.
OPALX: A performance-portable framework for particle accelerator simulations
Michail Zampetakis, Ryan Sean Ammann, Yuanjie Bi et al.
Intrabeam scattering of chirped electron bunches with non-Gaussian longitudinal distributions and slice mismatch
Xiuji Chen, Wencai Cheng, Si Chen et al.