Ferrite material has non-negligible permeability, permittivity, and conductivity, so that the magnetic behaviour of ferrite cores is frequency dependent. This article presents a method to predict the complex permeance of ferrite E- and U-cores including electromagnetic resonance. The cores are decomposed into elementary segments, for which the Maxwell equations are solved analytically to obtain a network of frequency-dependent permeances or reluctances
Computer-aided design (CAD) of ferrite microwave devices requires an accurate, yet simple mathematic...
The variation of the permeability in ferrites at microwave frequencies may be studied either as a fu...
A model for estimating the total eddy current losses in ring ferrite cores is proposed, which is bas...
Analytic presentation of frequency dependence of complex initial permeability (CIP) of polycrystalli...
In order to study the relation among the four models for the relaxation magnetic spectra and to prov...
In order to study the relation among the four models for the relaxation magnetic spectra and to prov...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
The paper describes a methodology for an efficient design of novel products based on magneto-dielect...
Complex permeability spectra µ* = µ–iµ for two types of spinel ferrites (Ni–Zn ferrite and Mn–Zn fer...
Complex permeability spectra µ* = µ–iµ for two types of spinel ferrites (Ni–Zn ferrite and Mn–Zn fer...
A circuit model of ferrite core inductors is presented. The behavior of the model parameters versus ...
A circuit model of ferrite core inductors is presented. The behavior of the model parameters versus ...
The contribution of electron diffusion to power losses was studied. From the frequency dependence of...
The link between the electromagnetic properties of steel and its microstructure is a complex one, de...
In the modeling of complex initial permeability of polycrystalline ferrites the definite sample is c...
Computer-aided design (CAD) of ferrite microwave devices requires an accurate, yet simple mathematic...
The variation of the permeability in ferrites at microwave frequencies may be studied either as a fu...
A model for estimating the total eddy current losses in ring ferrite cores is proposed, which is bas...
Analytic presentation of frequency dependence of complex initial permeability (CIP) of polycrystalli...
In order to study the relation among the four models for the relaxation magnetic spectra and to prov...
In order to study the relation among the four models for the relaxation magnetic spectra and to prov...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
The paper describes a methodology for an efficient design of novel products based on magneto-dielect...
Complex permeability spectra µ* = µ–iµ for two types of spinel ferrites (Ni–Zn ferrite and Mn–Zn fer...
Complex permeability spectra µ* = µ–iµ for two types of spinel ferrites (Ni–Zn ferrite and Mn–Zn fer...
A circuit model of ferrite core inductors is presented. The behavior of the model parameters versus ...
A circuit model of ferrite core inductors is presented. The behavior of the model parameters versus ...
The contribution of electron diffusion to power losses was studied. From the frequency dependence of...
The link between the electromagnetic properties of steel and its microstructure is a complex one, de...
In the modeling of complex initial permeability of polycrystalline ferrites the definite sample is c...
Computer-aided design (CAD) of ferrite microwave devices requires an accurate, yet simple mathematic...
The variation of the permeability in ferrites at microwave frequencies may be studied either as a fu...
A model for estimating the total eddy current losses in ring ferrite cores is proposed, which is bas...