A magnetic structure consisting of two ferromagnetic cores and three windings is shown to behave as a quasi-linear electronically controllable inductor. Together with the controllable resistor and capacitor it constitutes a complete set of components with electronically variable fundamental electrical properties: resistance, capacitance, and inductance. In contrast to the other two components, the power-handling capability of a controllable inductor is not limited a priori. Because of this, the spectrum of its potential applications is extremely wide.
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A.S. Kislovski (1987) studied this question.
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