COMPUTER SIMULATION AND EXPERIMENTAL STUDY OF OUTPUT STAGE, MINIATURE
MULTI-BEAM KLYSTRON WITH THE ASSOCIATED cavitieS
M. A. Manjosin 1, I. O.
Chigurov 1, V. A. Tsarev 2
1JSC «NPP «Almaz», Panfilova str., 1, Saratov
410033, Russia
2 Yuri Gagarin State Technical University of
Saratov, Politekhnicheskaya str., 77, Saratov 410054, Russia
The paper is received on July 31, 2018
Abstract. The paper presents the results of computer simulation and
experimental study of a miniature multi-beam pulse klystron operating in the
Ku-frequency range with modified designs of the input and output resonance
systems. The use of three-link filter systems at the input and output of the
device, made on the basis of two single-gap cavities, inductively
interconnected through a connection slit and a passive cavity, made in the
energy output, allows to increase the output power of the device and increase
the working band by 2-3 times compared to conventional designs of input and
output resonance systems of multi-beam klystron, made on single-gap cavities.
The parameters of the coupled resonator system were calculated using the Ansoft
HFSS program. The distribution of the electric field on the working modes of
oscillations is investigated. The main electrodinamical and electronic parameters
of various modes are investigated ( coupling coefficient Ì, relative active
electron conductance Ge/G0, quality Q and accelerating
potential U0 = 3 kV). Found operating conditions, which provide
effective interaction of multi-electron beam with a high-frequency
electromagnetic field. The possibility of further enhancing the output
parameters of low voltage miniature multi-beam Ku-band klystrons is shown.
Key words: klystron, filter system, cavity, bandwidth.
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For citation:
M. A. Manjosin, I. O.
Chigurov, V. A. Tsarev. Computer simulation and experimental study of output
stage, miniature multi-beam klystron with the associated cavities.
Zhurnal Radioelektroniki - Journal of
Radio Electronics. 2018. No. 8. Available at
http://jre.cplire.ru/jre/aug18/13/text.pdf
DOI
10.30898/1684-1719.2018.8.13