Electrodynamic coplanar/slotline structure analysis with 3-D components based on a surface/volume integral equation approach

Abstract

This paper deals with the electrodynamic analysis of coplanar (M)MIC and submm-wave structures based on a surface/volume integral equation method. The slot areas and additional 3-D components are modeled by magnetic and electric surface currents and polarization volume currents. High accuracy and efficiency is achieved by applying complete analytical solutions for the asymptotic system matrix combined with adaptive database strategies.

Topics

3 Figures and Tables

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