Scalar static hysteresis modeling for the material of active layer of high speed hysteresis micromotor

We present modeling of scalar static hysteresis of a semihard magnetic material for active layer of hysteresis micromotor with a hysteresis model based on nonlinear circuit cells. The identification of material cycle starts from symmetric hysteresis loop and gives good reconstruction of minor loops too. On the base of result from FEM analysis of magnetic field and with help of this model we reconstruct the hysteresis loops in rotor active layer using the Fixed-Point (FP) numerical technique and the H-scheme in one iterative procedure.