Design of 42 GHz gyrotron for Indian fusion tokamak system
Fusion Engineering and Design, 2013•Elsevier
In this paper, the complete design of a 42 GHz, 200 kW gyrotron at first harmonic operation
for Indian tokamak system is presented. The gyrotron is designed for TE 0, 3 operating
mode. Un-depressed collector and axial output system for RF power is selected just due to
the sake of simplicity in the actual fabrication of the device as it is the first design and
development experience. Various commercially available design tools as well as in-house
developed computer codes are used in the design process. The experimental results of cold …
for Indian tokamak system is presented. The gyrotron is designed for TE 0, 3 operating
mode. Un-depressed collector and axial output system for RF power is selected just due to
the sake of simplicity in the actual fabrication of the device as it is the first design and
development experience. Various commercially available design tools as well as in-house
developed computer codes are used in the design process. The experimental results of cold …
Abstract
In this paper, the complete design of a 42 GHz, 200 kW gyrotron at first harmonic operation for Indian tokamak system is presented. The gyrotron is designed for TE0,3 operating mode. Un-depressed collector and axial output system for RF power is selected just due to the sake of simplicity in the actual fabrication of the device as it is the first design and development experience. Various commercially available design tools as well as in-house developed computer codes are used in the design process. The experimental results of cold cavity analysis are also presented in this manuscript. The rigorous design simulations confirm more than 200 kW RF power generation in TE0,3 mode at 42 GHz frequency.
Elsevier
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