In this paper is developed powerful techniques for the determination circuit parameters of the electromagnetic phenomena under nonsinusoidal periodic conditions. The circuit parameters are defined by an integral transformation of the nonharmonic periodic alternating quantities. The integral transformation is based on the electromagnetic physcial laws: Ohm's law, induction law, equation of continuity, Kirchhoff's laws and the mathematical definition of the scalar product time varying quantities. The presented method is an effective tool for the production of the circuit models and thiers analyses under nonsinusoidal conditions.
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