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Development for a supercompact X -band pulse compression system and its application at SLAC

by Lewandowski, James R. , Eichner, John , Xiao, Liling , Tantawi, Sami G. , Xu, Chen , Ding, Yuantao , Haase, Andrew , Krejcik, Patrick , Bowden, Gordon , Franzi, Matt , Dolgashev, Valery , Condamoor, Shantha , Wang, Juwen W.

in Converters / Coupled modes / Diameters / Electrons / Energy storage / Free electron lasers / OTHER INSTRUMENTATION / PARTICLE ACCELERATORS / Polarizers / Pulse compression / Pulse heating / Superhigh frequencies

2017

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Development for a supercompact X -band pulse compression system and its application at SLAC

2017

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Development for a supercompact X -band pulse compression system and its application at SLAC

2017

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Journal Article

Development for a supercompact X -band pulse compression system and its application at SLAC

Lewandowski, James R.,

Eichner, John,

Xiao, Liling,

Tantawi, Sami G.,

Xu, Chen,

Ding, Yuantao,

Haase, Andrew,

Krejcik, Patrick,

Bowden, Gordon,

Franzi, Matt,

Dolgashev, Valery,

Condamoor, Shantha,

Wang, Juwen W.

2017

Overview

We have successfully designed, fabricated, installed, and tested a super compact X -band SLAC Energy Doubler system at SLAC. It is composed of an elegant 3 dB coupler–mode converter–polarizer coupled to a single spherical energy storage cavity with high Q0 of 94000 and a diameter less than 12 cm. The available rf peak power of 50 MW can be compressed to a peak average power of more than 200 MW in order to double the kick for the electron bunches in a rf transverse deflector system and greatly improve the measurement resolution of both the electron bunches and the x-ray free-electron laser pulses. The design physics and fabrication as well as the measurement results will be presented in detail. High-power operation has demonstrated the excellent performance of this rf compression system without rf breakdown, sign of pulse heating, and rf radiation.

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Publisher

American Physical Society

Subject

/ Free electron lasers

/ OTHER INSTRUMENTATION