Composite-Based Nonlinear Transmisison Line as a Complete High Power Microwave System

Nonlinear transmission lines (NLTLs) provide high power RF production and solid state construction, which eliminates many auxiliary systems required by conventional HPM systems 1 . NLTLs use field dependent permittivity and/or permeability to achieve pulse sharpening and RF production. Hybrid NLTLs,...

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Main Authors: Fairbanks, Andrew J., Crawford, Travis D., Garner, Allen L.
Format: Conference Proceeding
Language:English
Subjects:
Microwave integrated circuits
Nonlinear magnetics
Permeability
Plasmas
Power transmission lines
Production
Radio frequency
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Crawford, Travis D.
Garner, Allen L.
description Nonlinear transmission lines (NLTLs) provide high power RF production and solid state construction, which eliminates many auxiliary systems required by conventional HPM systems 1 . NLTLs use field dependent permittivity and/or permeability to achieve pulse sharpening and RF production. Hybrid NLTLs, which combine both nonlinear permittivity and permeability, have only been implemented previously as lumped element NLTLs 2 . We examine the feasibility of constructing hybrid distributed lines containing nonlinear magnetic and dielectric inclusions, which can tune both the linear permittivity and permeability 3 , 4 and the nonlinear permeability 5 .
doi_str_mv 10.1109/ICOPS36761.2021.9588427
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subjects Microwave integrated circuits
Nonlinear magnetics
Permeability
Plasmas
Power transmission lines
Production
Radio frequency
title Composite-Based Nonlinear Transmisison Line as a Complete High Power Microwave System
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