Resonant frequency-tunable microwave compressors

Abstract

The development of resonant microwave compressors that can be tuned in the working frequency band comparable with the band of a single-mode waveguide is theoretically analyzed. The variants of the multifrequency (broadband) compressors with (i) a 3D storage cavity and an energy-output element based on the waveguide tee and (ii) a symmetric storage system and an energy-input-output element based on the magic tee are considered. The conditions for the creation and the possible characteristics of microwave compressors with discrete sets of working frequencies and quasi-continuous and continuous frequency bands are determined. The prototypes of tunable microwave compressors of the 3-cm-wavelength range are experimentally studied.

Original language	English
Pages (from-to)	721-732
Number of pages	12
Journal	Journal of Communications Technology and Electronics
Volume	54
Issue number	6
DOIs	https://doi.org/10.1134/S1064226909060163
Publication status	Published - 1 Jun 2009

ASJC Scopus subject areas

Electrical and Electronic Engineering
Condensed Matter Physics
Radiation
Electronic, Optical and Magnetic Materials

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abstract = "The development of resonant microwave compressors that can be tuned in the working frequency band comparable with the band of a single-mode waveguide is theoretically analyzed. The variants of the multifrequency (broadband) compressors with (i) a 3D storage cavity and an energy-output element based on the waveguide tee and (ii) a symmetric storage system and an energy-input-output element based on the magic tee are considered. The conditions for the creation and the possible characteristics of microwave compressors with discrete sets of working frequencies and quasi-continuous and continuous frequency bands are determined. The prototypes of tunable microwave compressors of the 3-cm-wavelength range are experimentally studied.",

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AB - The development of resonant microwave compressors that can be tuned in the working frequency band comparable with the band of a single-mode waveguide is theoretically analyzed. The variants of the multifrequency (broadband) compressors with (i) a 3D storage cavity and an energy-output element based on the waveguide tee and (ii) a symmetric storage system and an energy-input-output element based on the magic tee are considered. The conditions for the creation and the possible characteristics of microwave compressors with discrete sets of working frequencies and quasi-continuous and continuous frequency bands are determined. The prototypes of tunable microwave compressors of the 3-cm-wavelength range are experimentally studied.

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Resonant frequency-tunable microwave compressors

Abstract

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