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Gyro-TWT Using a Metal PBG Waveguide as Its RF Circuit—Part I: Analysis and Design

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PROJECT TITLE :

Gyro-TWT Using a Metal PBG Waveguide as Its RF Circuit—Part I: Analysis and Design

ABSTRACT:

A gyro-TWT employing a metal photonic bandgap (PBG) waveguide as its RF circuit has been analyzed using a self-consistent nonlinear analysis. The analysis focuses on single-mode operation of gyro-TWT by eliminating the mode competition problem existing in an overmoded structure using a mode-selective PBG circuit. A Ka-band, TE01 waveguide mode PBG gyro-TWT has been designed, and analytical results have been computed to demonstrate the beam–wave interaction mechanism of the device. The nonlinear analysis predicted -kW RF output power with an electronic efficiency of % and also the saturated gain of dB from this device.


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Gyro-TWT Using a Metal PBG Waveguide as Its RF Circuit—Part I: Analysis and Design - 4.8 out of 5 based on 90 votes

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