1983•IEEE Transactions on Microwave Theory and TechniquesRequires access

Field Theory of Planar Helix Traveling-Wave Tube

D. Chadha, Sheel Aditya, Rishabh Arora

Abstract

A pair of unidirectionally conducting screens, conducting in different directions, constitute a planar helix. The planar helix is proposed as a slow-wave structure for application in a traveling-wave tube (TWT). Field theory is applied to analyze the behavior of the planar helix in the presence of a flat electron beans present between the two screens. Results indicate the presence of three modes, with one mode having a negative attenuation constant, as in the case of the usual helix-type TWT. Curves are shown for a typical proposed planar TWT. Also, the effect of beam current is indicated.

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Key concepts: Traveling-wave tube, Planar, Helix (gastropod), Attenuation, Optics, Field (mathematics), Propagation constant, Tube (container)