2019•Unpublished venueRequires access

Tunable Notch Filter for Measurements of Rogue Waves in Gyrotrons

Anton P. Gashturi, Mikhail B. Goykhman, Alexander V. Gromov, Sergey E. Filchenkov, Alexey V. Palitsin, А. Н. Панин, Yu. V. Rodin, Nikolay Yu. Peskov, Роман Маркович Розенталь

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Abstract

A novel design of notch filter was proposed and tested. Waveguide filter consists of a prismatic cavity coupled to waveguide by a slot and a frequency tuning plunger. We intend to apply this filter for measuring the output radiation of Ka-band gyrotron operating in regime of rogue wave generation and for microwave plasma diagnostics. X-band and Ka-band prototypes of the filter were manufactured and their characteristics were measured. Four-cavity filter was designed and its characteristics were numerically simulated.

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What this paper is about

A novel design of notch filter was proposed and tested. Waveguide filter consists of a prismatic cavity coupled to waveguide by a slot and a frequency tuning plunger. We intend to apply this filter for measuring the output radiation of Ka-band gyrotron operating in regime of rogue wave generation and for microwave plasma diagnostics. X-band and Ka-band prototypes of the filter were manufactured and their characteristics were measured. Four-cavity filter was designed and its characteristics were numerically simulated.

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Available abstract

A novel design of notch filter was proposed and tested. Waveguide filter consists of a prismatic cavity coupled to waveguide by a slot and a frequency tuning plunger. We intend to apply this filter for measuring the output radiation of Ka-band gyrotron operating in regime of rogue wave generation and for microwave plasma diagnostics. X-band and Ka-band prototypes of the filter were manufactured and their characteristics were measured. Four-cavity filter was designed and its characteristics were numerically simulated.

Key concepts: Gyrotron, Band-stop filter, Filter (signal processing), Waveguide filter, Plunger, Microwave, Waveguide, Optics

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