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In paper [8], author has proved that the characteristic roots of A are zeros or unequal non-constants. It is well-known that the independent all-capacitor cut-set and the all-inductor loop would lead the electrical network to have zero eigenvalues. But, how to find out the number of the “independent” all-capacitor cut-sets and the all-inductor loops in a network, obviously if the network is complex,...
In order to study the structural properties of electrical network over F(z), it is necessary to analyze the coefficient matrix A of the state equations. In paper, author has proved that the characteristic roots of A are zeros or unequal non-constants. According to electrical theory, all-capacitor cut-set and all-inductor loop would cause zero eigenvalue. In this paper author expatiates an algorithm...
In order to intelligently analyze RLC structural properties of electrical network over F(z), it is the base to analyze the network structure automatically. This paper mainly expatiates on some important algorithms to search nodes, loops, twigs and links, and judge whether there are some errors about short circuit, all-voltage source loop and all-current source cut-set in network. Practice shows that...
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