Locus of the driving-point immittance of a network with more than one variable immittance
W. Troop, E. Peskin
Abstract
W. Troop, E. Peskin
Abstract
A method of calculating driving-point immittance loci of active or passive series-parallel networks is presented. With charts and special notations for circular and half-plane loci, the calculation is as straightforward as the usual calculation of driving-point immittance. The method is also applied to nonseries-parallel networks with two variable immittances.
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A method of calculating driving-point immittance loci of active or passive series-parallel networks is presented. With charts and special notations for circular and half-plane loci, the calculation is as straightforward as the usual calculation of driving-point immittance. The method is also applied to nonseries-parallel networks with two variable immittances.
Key concepts: Immittance, Variable (mathematics), Point (geometry), Locus (genetics), Computer science, Notation, Topology (electrical circuits), Mathematics