This paper is intended to show a general method (Inhibition Method - IME) that relies on the superposition principle, to nallyze linear electric circuits, based on hierarchical sequences of more simple topologies with some inhibited elements, and on a simple recollecting logic to calculate the final solution from the previous partial and more elementary solutions. The method, formulated symbolically in a complete abstract way, because its intrinsic nature of hierarchical problem decomposer allows to avoid the typical limitations of the symbolic analysis.

IME: 4-TERM FORMULA METHOD FOR THE SYMBOLIC ANALYSIS OF LINEAR CIRCUITS

FILIPPETTI, FIORENZO;ARTIOLI, MARCELLO
2004

Abstract

This paper is intended to show a general method (Inhibition Method - IME) that relies on the superposition principle, to nallyze linear electric circuits, based on hierarchical sequences of more simple topologies with some inhibited elements, and on a simple recollecting logic to calculate the final solution from the previous partial and more elementary solutions. The method, formulated symbolically in a complete abstract way, because its intrinsic nature of hierarchical problem decomposer allows to avoid the typical limitations of the symbolic analysis.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/5142
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