Timothy Wayne Parker, T.C. Cisco
Abstract
The proximity effects of multiple step transmission line discontinuities have been computed by a computer assisted integral equation technique and good agreement with experimental data and exact asymptotic solutions is obtained. New results for typical matching structures and filter geometries are presented.
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The proximity effects of multiple step transmission line discontinuities have been computed by a computer assisted integral equation technique and good agreement with experimental data and exact asymptotic solutions is obtained. New results for typical matching structures and filter geometries are presented.
Key concepts: Classification of discontinuities, Transmission line, Line (geometry), Matching (statistics), Transmission (telecommunications), Electric power transmission, Integral equation, Filter (signal processing)