Inductors and Transformers for Power Electronics

transverse field losses fringing coefficient copper filling factor gapped inductors low induction levels uniform transverse field using litz wire ith winding distance between the winding winding width multiple air gaps triangular current waveform winding area ferrite grades leakage permeance specific core losses domain magnetic moments foil windings eddy current losses concentric windings high saturation induction hyperbolic field low filling factors winding parameters peak induction