PPPS-2013: Abstract Submission Anode Modulation of High Power RF Output Triodes of the ISIS LINAC

2013 Abstracts IEEE International Conference on Plasma Science (ICOPS)(2013)

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摘要
The ISIS Linear Accelerator at Rutherford Appleton Laboratory (RAL) has provided acceleration of H- ions since 1984. ISIS has recently replaced the first pair of legacy, low power cathode modulators used on its 2 MW RF triodes with high power, solid-state anode modulators. The key to these new modulators is a series IGBT high voltage switch, rated at up to 40 kV, 300A, built by Diversified Technologies, Inc. This new modulator has eliminated a number of operating difficulties, and yielded significant savings with regard to operational downtime and ~25% energy consumption. These advantages benefit ISIS by improving reliability and availability, and ensuring RAL's push towards an increased proton beam current above 200 μA can be achieved.
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accelerator RF systems,linear accelerators,modulators,proton beams,triodes,Diversified Technologies,H- ion acceleration,IGBT high voltage switch,ISIS linear accelerator,Rutherford Appleton Laboratory,energy consumption,high power RF output triode anode modulation,high power solid-state anode modulators,operational downtime,power cathode modulator design,proton beam current
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