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Equations of currents in an electric nonlinear vibrator excited by biharmonic ideal EMF

B. M. Petrov


The paper describes a new mathematical model of a thin rectilinear electric vibrator driven with biharmonic ideal electromotive force. The EMF is applied to a cut filled with a substance having nonlinear properties with respect to electric field. The field in the cut is investigated. Integral equations of spectral components of the vibrator current are derived. It is shown that dispersive characteristics of the vibrator are dictated by electrophysical properties of the substance in the cut, and by the vibrator’s electric dimensions.

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