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Formation of Pulses with Adjustable Parameters in a Resonant Microwave Pulse Compressor

A resonant microwave pulse compressor with a waveguide H-tee-based interference switch has been studied for its capability to produce output pulses with adjustable power, energy, waveform, and carrier frequency. Output radiation characteristics are controlled by the variation of transition attenuati... Full description

Journal Title: Advanced Materials Research 2015-01-01, Vol.1084, p.256-261
Main Author: Shlapakovski, Anatoly S.
Other Authors: Artemenko, Sergey N. , Chumerin, Pavel Yu , Yushkov, Yury G.
Format: Electronic Article Electronic Article
Language: English
Subjects:
Publisher: Zurich: Trans Tech Publications Ltd
ID: ISSN: 1662-8985
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recordid: cdi_proquest_miscellaneous_1835654939
title: Formation of Pulses with Adjustable Parameters in a Resonant Microwave Pulse Compressor
format: Article
creator:
  • Shlapakovski, Anatoly S.
  • Artemenko, Sergey N.
  • Chumerin, Pavel Yu
  • Yushkov, Yury G.
subjects:
  • Adjustment
  • Compressors
  • Electronics
  • Microwave attenuation
  • Microwaves
  • Nanostructure
  • Parameters
  • Tuning
ispartof: Advanced Materials Research, 2015-01-01, Vol.1084, p.256-261
description: A resonant microwave pulse compressor with a waveguide H-tee-based interference switch has been studied for its capability to produce output pulses with adjustable power, energy, waveform, and carrier frequency. Output radiation characteristics are controlled by the variation of transition attenuation of the unit of microwave energy extraction. Results of theoretical estimations of the parameters tuning range and experimental investigations of the S-band compressor are presented. The possibility of forming combined pulses comprising a microsecond prepulse and nanosecond main pulse of comparable energies has been demonstrated. It has been shown that such pulses can be applied for finding criteria levels of impact on electronics of a personal computer.
language: eng
source:
identifier: ISSN: 1662-8985
fulltext: no_fulltext
issn:
  • 1662-8985
  • 1022-6680
  • 1662-8985
url: Link


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creatorShlapakovski, Anatoly S. ; Artemenko, Sergey N. ; Chumerin, Pavel Yu ; Yushkov, Yury G.
creatorcontribShlapakovski, Anatoly S. ; Artemenko, Sergey N. ; Chumerin, Pavel Yu ; Yushkov, Yury G.
descriptionA resonant microwave pulse compressor with a waveguide H-tee-based interference switch has been studied for its capability to produce output pulses with adjustable power, energy, waveform, and carrier frequency. Output radiation characteristics are controlled by the variation of transition attenuation of the unit of microwave energy extraction. Results of theoretical estimations of the parameters tuning range and experimental investigations of the S-band compressor are presented. The possibility of forming combined pulses comprising a microsecond prepulse and nanosecond main pulse of comparable energies has been demonstrated. It has been shown that such pulses can be applied for finding criteria levels of impact on electronics of a personal computer.
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subjectAdjustment ; Compressors ; Electronics ; Microwave attenuation ; Microwaves ; Nanostructure ; Parameters ; Tuning
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descriptionA resonant microwave pulse compressor with a waveguide H-tee-based interference switch has been studied for its capability to produce output pulses with adjustable power, energy, waveform, and carrier frequency. Output radiation characteristics are controlled by the variation of transition attenuation of the unit of microwave energy extraction. Results of theoretical estimations of the parameters tuning range and experimental investigations of the S-band compressor are presented. The possibility of forming combined pulses comprising a microsecond prepulse and nanosecond main pulse of comparable energies has been demonstrated. It has been shown that such pulses can be applied for finding criteria levels of impact on electronics of a personal computer.
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abstractA resonant microwave pulse compressor with a waveguide H-tee-based interference switch has been studied for its capability to produce output pulses with adjustable power, energy, waveform, and carrier frequency. Output radiation characteristics are controlled by the variation of transition attenuation of the unit of microwave energy extraction. Results of theoretical estimations of the parameters tuning range and experimental investigations of the S-band compressor are presented. The possibility of forming combined pulses comprising a microsecond prepulse and nanosecond main pulse of comparable energies has been demonstrated. It has been shown that such pulses can be applied for finding criteria levels of impact on electronics of a personal computer.
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doi10.4028/www.scientific.net/AMR.1084.256