Rigorous Computation of the Frequency Dependant Properties of Filters and Coupled Resonators Composed from Transverse Microstrip Discontinuities
Schmidt LP (1980)
Publication Language: English
Publication Type: Conference contribution, Conference Contribution
Publication year: 1980
Publisher: IEEE
Event location: Warschau
Abstract
A numerically efficient method is presented, which yields the propagation constants and the field distributions of basic and higher order modes of shielded microstrip lines. Upon this basic a mode matching technique is applied in order to calculate the frequency dependant generalized scattering matrices of transverse microstrip discontinuities like impedance steps and open ends. From these discontinuities several microstrip components like filters, transverse gaps, and coupled resonators can be composed. Important effects like convergence behaviour, numerical stability, and the influence of higher order propagating and not propagating modes have been studied, and some interesting numerical and experimental results are presented.
Authors with CRIS profile
How to cite
APA:
Schmidt, L.-P. (1980). Rigorous Computation of the Frequency Dependant Properties of Filters and Coupled Resonators Composed from Transverse Microstrip Discontinuities. In Proceedings of the European Microwave Conference. Warschau, PL: IEEE.
MLA:
Schmidt, Lorenz-Peter. "Rigorous Computation of the Frequency Dependant Properties of Filters and Coupled Resonators Composed from Transverse Microstrip Discontinuities." Proceedings of the European Microwave Conference, Warschau IEEE, 1980.
BibTeX: Download