The aim of this paper is to present a general methodology for studying printed electromagnetic structures. Canonical microstrip structures can be described by means of a system of coupled integral equations, which can De easily transformed into a system of algebraic equations Dy rising the Neumann series, namely a series of Bessel functions. Careful numerical analysis shows that, in order to abtain a reasonable accuracy of the fields and/or potential, small matrices are necessary. Static and dynamic cases are discussed.
The Neumann series: a tool for the analysis of some microstrip structures
MIANO, GIOVANNI;
1998-01-01
Abstract
The aim of this paper is to present a general methodology for studying printed electromagnetic structures. Canonical microstrip structures can be described by means of a system of coupled integral equations, which can De easily transformed into a system of algebraic equations Dy rising the Neumann series, namely a series of Bessel functions. Careful numerical analysis shows that, in order to abtain a reasonable accuracy of the fields and/or potential, small matrices are necessary. Static and dynamic cases are discussed.File in questo prodotto:
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