Development of a submillimeter wave reflex klystron

Development of a submillimeter wave reflex klystron

The development of a micromachined submillimeter wave reflex klystron structure is described. An outline analysis is given of the key theoretical issues, such as oscillation and starting conditions, and how the output power scales with frequency. Two techniques for the realisation of the cavity asse...

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Hauptverfasser: Thorpe, J.R., Fletcher, J.R., Chamberlain, J.M., Miles, R.E., Garcia-Garcia, J., Mann, C.J., Huq, E., Oldfield, M., Spencer, J.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Assembly
Astronomy
Electrons
Gold
Klystrons
Low voltage
Micromachining
Optical modulation
Radio frequency
Resonance
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creator Thorpe, J.R.
Fletcher, J.R.
Chamberlain, J.M.
Miles, R.E.
Garcia-Garcia, J.
Mann, C.J.
Huq, E.
Oldfield, M.
Spencer, J.
description The development of a micromachined submillimeter wave reflex klystron structure is described. An outline analysis is given of the key theoretical issues, such as oscillation and starting conditions, and how the output power scales with frequency. Two techniques for the realisation of the cavity assembly are outlined. The preferred method results in a free-standing gold re-entrant cavity of high surface quality. Field emitter tips are planned for use in this device: the present status of performance of these is described.
doi_str_mv 10.1109/THZ.2002.1037605
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subjects Assembly
Astronomy
Electrons
Gold
Klystrons
Low voltage
Micromachining
Optical modulation
Radio frequency
Resonance
title Development of a submillimeter wave reflex klystron
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