Mode-matching [1],[2] is a well established semi-analytical method for the analysis of waveguide discontinuities. General-purpose commercial packages are demanding in terms of computational resources (memory or computation time), which limits their usage for electrically large problems. A fast program with limited computational requirements and a restricted range of applicability can be very useful for component optimization, leaving general-purpose packages for final verification and fine-tuning. A program was written, applying mode-matching to the analysis of lossless axisymmetric circular waveguide structures.
A mode-matching program for axisymmetric circular waveguide structures
A Simonetto
2018
Abstract
Mode-matching [1],[2] is a well established semi-analytical method for the analysis of waveguide discontinuities. General-purpose commercial packages are demanding in terms of computational resources (memory or computation time), which limits their usage for electrically large problems. A fast program with limited computational requirements and a restricted range of applicability can be very useful for component optimization, leaving general-purpose packages for final verification and fine-tuning. A program was written, applying mode-matching to the analysis of lossless axisymmetric circular waveguide structures.| File | Dimensione | Formato | |
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