A WH/GSMT based full-wave analysis of the power leakage from conductor-backed coplanar waveguides

A WH/GSMT based full-wave analysis of the power leakage from conductor-backed coplanar waveguides

A full-wave analysis using the Wiener-Hopf procedure and the generalized scattering matrix technique (WH/GSMT) is applied to study the EM field propagation of conductor-backed coplanar waveguides. The power leakage from the dominant mode and the effect of finite extent lateral ground planes are emph...

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Hauptverfasser: Chou, L.-m., Rojas, R.G., Pathak, P.
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Sprache:eng ; jpn
Schlagworte:
Coplanar waveguides
Dielectrics
Geometry
Microwave propagation
Planar transmission lines
Planar waveguides
Propagation constant
Scattering
Slabs
Transmission line matrix methods
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Rojas, R.G.
Pathak, P.
description A full-wave analysis using the Wiener-Hopf procedure and the generalized scattering matrix technique (WH/GSMT) is applied to study the EM field propagation of conductor-backed coplanar waveguides. The power leakage from the dominant mode and the effect of finite extent lateral ground planes are emphasized. The WH/GSMT developed is especially suitable for studying planar transmission lines with conductors of finite lateral extent.< >
doi_str_mv 10.1109/MWSYM.1992.187950
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source IEEE Electronic Library (IEL) Conference Proceedings
subjects Coplanar waveguides
Dielectrics
Geometry
Microwave propagation
Planar transmission lines
Planar waveguides
Propagation constant
Scattering
Slabs
Transmission line matrix methods
title A WH/GSMT based full-wave analysis of the power leakage from conductor-backed coplanar waveguides
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