Experimental Study of a Triode Reflex Geometry Vircator
Vladimir Baryshevsky, Alexandra Gurinovich, Evgeny Gurnevich, Pavel, Molchanov
TL;DR
This paper presents an experimental investigation of a triode reflex geometry vircator operating in the 3.0-4.2 GHz range, demonstrating frequency tuning and power control through shiftable reflectors.
Contribution
It introduces a novel triode reflex geometry vircator with shiftable reflectors for frequency tuning and power control, supported by experimental analysis.
Findings
Efficiency up to 6% achieved
Frequency tuning enabled by shiftable reflectors
Output power varies with cathode-anode gap and reflector position
Abstract
Triode reflex geometry vircator operating within 3.0 - 4.2 GHz range with efficiency up to 6% is developed and experimentally investigated. Shiftable reflectors are shown to enable frequency tuning and output power control. Radiation frequency and power are analyzed for different cathode-anode gap values and varied reflector positions.
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