International Journal of Statistics and Applied Mathematics
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International Journal of Statistics and Applied Mathematics

2016, Vol. 1, Issue 6, Part A

Determination of eigenvalues of linear electrical circuits with characteristics equation


Author(s): Umesh Kumar Gupta and Subhash Kumar Sharma

Abstract: In this paper eigenvalues in the time-domain, we can say, indirectly the poles of system functions in the s-domain, are used to determine the dynamics of the systems in circuit analysis of linear electrical circuit. This paper proposes an efficient method to determine the eigenvalues of linear electrical circuits. Which is based on using the characteristic equation obtained by applying nodal and mesh analysis, conventional methods whose applications are simpler than the state-space representation. Here the examples of active and passive electrical circuits are given to describe the method. It has been shown that the characteristic equation of the linear electrical circuit is independent of the method used for its analysis. Three well-known methods of the analysis of linear electrical circuits: state space method, mesh method and node method have been analysed.

Pages: 40-48 | Views: 183 | Downloads: 8

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How to cite this article:
Umesh Kumar Gupta, Subhash Kumar Sharma. Determination of eigenvalues of linear electrical circuits with characteristics equation. Int J Stat Appl Math 2016;1(6):40-48.
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