Computer-Aided Design of Millimeter Wave E-Plane Filters.
TEXAS UNIV AT AUSTIN MICROWAVE LAB
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This study presents a computer-aided design algorithm developed for a class of E-plane waveguide filters. The filter structure is composed of an integrated finline circuit in a waveguide. The circuit consists of several resonators separated by inductive strips. The analysis portion of the algorithm is based on the residue-calculus technique and a generalized scattering parameter method. It is mathematically exact and numerically very efficient because the convergence is guaranteed. Filters designed with this method are fabricated and tested at Ka-band. Good agreement with design is obtained. Author
- Electrical and Electronic Equipment
- Theoretical Mathematics