Design of 135 MW X-band relativistic klystron for linear collider

Design of 135 MW X-band relativistic klystron for linear collider

It has been reported at EPAC-96 Conference on successful experimental results on achievement of 100 MW output RF power in a wide aperture, 15 mm, high gain, 80 dB, 14 GHz VLEPP klystron with distributed suppression of parasitic oscillations. This report presents design of an electrodynamic structure...

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Hauptverfasser: Dolbilov, G.V., Ivanov, I.N., Azorsky, N.I., Shvetsov, V.S., Balakin, V.E., Avrakhov, P.V., Kazakov, S.Yu, Teryaev, V.E., Vogel, V.F.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Apertures
Costs
Cutoff frequency
Electron beams
High power amplifiers
Klystrons
Magnets
Power generation
Radio frequency
Semiconductor optical amplifiers
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Zusammenfassung:It has been reported at EPAC-96 Conference on successful experimental results on achievement of 100 MW output RF power in a wide aperture, 15 mm, high gain, 80 dB, 14 GHz VLEPP klystron with distributed suppression of parasitic oscillations. This report presents design of an electrodynamic structure of the X-band klystron for a linear collider with a higher efficiency up to 54% to be achieved at the same parameters of the electron beam (U=1 MeV, I=250 A, emittance 0.05 /spl pi/ cm/spl middot/rad). Design RF output power of the klystron is equal to 135 MW.
DOI:10.1109/PAC.1997.753130