PHENOMENOLOGICAL MODEL OF THE FREQUENCY-DEPENDENT HYSTERESIS OF FERRITE NiFe2O4
Keywords:
Static Preisach model, Student function, Frequency, Ferrite sheets, Hysteresis loopsAbstract
In this paper, a phenomenological model of dynamic hysteresis based on the static Preisach model has been developed to generate hysteresis loops, which are assumed to be a frequency function of the exciting magnetic field. The frequency effect was introduced through a new model of the frequency-dependent behavior of the Student function parameters a and b. The simulated hysteresis loops obtained using our proposed model show a good agreement with a real hysteresis loop obtained via measurements performed on a ferrite material NiFe2O4.
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