Design considerations for submillimeter-wave reflex klystrons

The problems facing the development of klystrons for use at submillimeter wavelengths are reviewed. Analytical formulas for reentrant cavity resonance, starting conditions, output power, and oscillation buildup are presented. This paper describes methods of calculating cavity Q-factor, output coupli...

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Published inIEEE transactions on microwave theory and techniques Vol. 52; no. 10; pp. 2344 - 2351
Main Authors Fletcher, J.R., Thorpe, J.R., Huq, E., Mann, C., Steenson, D.P., Chamberlain, M.
Format Journal Article
LanguageEnglish
Published New York, NY IEEE 01.10.2004
Institute of Electrical and Electronics Engineers
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Applied sciences
Construction
Electronic tubes, masers
Electronics
Electrons
Exact sciences and technology
Focusing
Frequency
Holes
Klystrons
Mathematical analysis
Micromachining
Microwave photonics
Microwaves
Oscillations
Oscillators
Physics
Plasma devices
Power generation
Submillimeter wave technology
Wavelengths
Output power
Q factor
Reflex klystron
Heating
Focusing
Submillimetric wave
Micromachining
submillimeter-wave devices
Electron optics
Cavity resonator
klystrons
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Abstract The problems facing the development of klystrons for use at submillimeter wavelengths are reviewed. Analytical formulas for reentrant cavity resonance, starting conditions, output power, and oscillation buildup are presented. This paper describes methods of calculating cavity Q-factor, output coupling, focusing potentials, electron paths, and heating effects. The scaling of output power with frequency is derived. Examples of techniques that might be used to realize a working device are presented.
AbstractList The problems facing the development of klystrons for use at submillimeter wavelengths are reviewed. Analytical formulas for reentrant cavity resonance, starting conditions, output power, and oscillation buildup are presented. This paper describes methods of calculating cavity Q-factor, output coupling, focusing potentials, electron paths, and heating effects. The scaling of output power with frequency is derived. Examples of techniques that might be used to realize a working device are presented.
Author Chamberlain, M.
Fletcher, J.R.
Huq, E.
Mann, C.
Steenson, D.P.
Thorpe, J.R.
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Cites_doi 10.1088/0022-3735/19/4/008
10.1109/22.989974
10.1116/1.588297
10.1088/0022-3735/13/10/011
10.1109/TPS.2002.801527
10.1063/1.1519955
10.1016/S0921-5107(97)00249-3
10.1088/0022-3735/9/4/012
10.1063/1.1500770
10.1088/0022-3735/15/3/025
10.1117/12.418751
10.1887/0750306971
10.1038/417156a
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Issue 10
Keywords Output power
Q factor
Reflex klystron
Heating
Focusing
Submillimetric wave
Micromachining
submillimeter-wave devices
Electron optics
Cavity resonator
klystrons
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References ref13
ref12
ref15
ref11
ref10
ref2
ref1
gilmour (ref6) 1986
ref8
ref7
ref9
ref4
ref3
ref5
huq (ref14) 0
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  doi: 10.1063/1.1500770
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  publication-title: Microwave Tubes
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SubjectTerms Applied sciences
Construction
Electronic tubes, masers
Electronics
Electrons
Exact sciences and technology
Focusing
Frequency
Holes
Klystrons
Mathematical analysis
Micromachining
Microwave photonics
Microwaves
Oscillations
Oscillators
Physics
Plasma devices
Power generation
Submillimeter wave technology
Wavelengths
Title Design considerations for submillimeter-wave reflex klystrons
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