Journal
DEFENCE SCIENCE JOURNAL
Volume 59, Issue 5, Pages 549-552Publisher
DEFENCE SCIENTIFIC INFORMATION DOCUMENTATION CENTRE
DOI: 10.14429/dsj.59.1558
Keywords
Circuit attenuation; circuit RF loss; dielectric attenuation; dielectric loss; equivalent circuit analysis; helix slow-wave structure; SWS; helix travelling-wave tube; TWT
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Equivalent circuit analysis of a helix slow-wave structure was carried out and closed form expressions were derived for the shunt capacitance and shunt conductance per unit length of the transmission-line equivalent circuit of the structure. These equivalent circuit parameters were interpreted for the dielectric attenuation constant of the slow-wave structure. The analysis was computationally simple and showsed excellent agreement with published results. The analysis was furthered for predicting the dielectric loss in typical C-Ku band and Ka band helical slow-wave structures, and variation of dielectric loss with temperature.
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