Magnetizing Current Waveform in an Ideal Saturable Inductor
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In this Demonstration, a 50 Hz variable-amplitude voltage is applied to an ideal saturable inductor (with no hysteresis) to determine the corresponding magnetizing current waveform. The voltage-current curve is drawn using the arctangent function. Two parameters are used to adjust this nonlinear relationship: the amps-volts reference factor, which acts as a scale factor for the current, and the saturation level, which indicates the voltage level at which saturation becomes more evident. The current plot is displaced half a cycle (0.010 s) because of the inductive nature of the circuit.
Contributed by: GISENER (October 2011)
Team: Alejandro Gudiño, Juan F. Russo, Diego M. Ferreyra
Open content licensed under CC BY-NC-SA
"Magnetizing Current Waveform in an Ideal Saturable Inductor"
Wolfram Demonstrations Project
Published: October 6 2011