A new equivalent circuit extraction method for quasi-static regions
Benjamin Davis Braaten, R. M. Nelson, Yuxin Feng
Abstract
Benjamin Davis Braaten, R. M. Nelson, Yuxin Feng
Abstract
A new method for calculating the equivalent circuit of a quasi-static region based on scattered fields is presented. Two problems with a quasi-static region are chosen to validate the procedure. It is then shown that the geometry in the quasi-static region can be modeled accurately in Mininec as an equivalent circuit and that the computation times with the equivalent circuit are significantly less.
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A new method for calculating the equivalent circuit of a quasi-static region based on scattered fields is presented. Two problems with a quasi-static region are chosen to validate the procedure. It is then shown that the geometry in the quasi-static region can be modeled accurately in Mininec as an equivalent circuit and that the computation times with the equivalent circuit are significantly less.
Key concepts: Equivalent circuit, Computation, Static analysis, Circuit extraction, Computer science, Network analysis, Electrical element, Quasistatic process