S. Akhtarzad, P.B. Johns
Abstract
The t.l.m. method of numerical analysis in three space dimensions and time has been successfully applied to microstrip problems. In the letter, a general discontinuity problem in the form of an abrupt change of width in a microstrip line is analysed and comparison is made with approximate data in the literature.
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The t.l.m. method of numerical analysis in three space dimensions and time has been successfully applied to microstrip problems. In the letter, a general discontinuity problem in the form of an abrupt change of width in a microstrip line is analysed and comparison is made with approximate data in the literature.
Key concepts: Microstrip, Discontinuity (linguistics), Dispersion (optics), Line (geometry), Dispersion relation, Mathematical analysis, Mathematics, Optics