The problem under examination is the magnetic loss of polycrystalline ferrites. Their total loss include: hysteresis, eddy current and anomalous (AN) or excess ones. The mentioned first two losses more or less adequately are covered by modified Steinmetz equation whereas AN loss is less well understood. Conceptually this loss is defined by the components of complex permeability spectra of ferrites which as a rule are experimentally obtained. Large body of these experimental spectra shows a great variety of forms and specific features. This variety is the main reason why there still is not adequate analytic presentation of AN loss. It is shown in the research that important progress is possible to achieve in analytic presentation of AN loss ...
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...
The hexaferrites present today a great interest in the field of electromagnetic waves absorbents. We...
The problem under examination is the magnetic loss of polycrystalline ferrites. Their total loss inc...
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...
The contribution of electron diffusion to power losses was studied. From the frequency dependence of...
Fluxmetric and transmission line methods have been combined in the wideband characterization of Mn–...
In the modeling of complex initial permeability of polycrystalline ferrites the definite sample is c...
The main concepts used to obtain high values of initial magnetic permeability in ferrimagnetic toroi...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
By analyzing power loss in Mn-Zn ferrites at the secondary peak temperature of the initial permeabil...
Iron loss measurement of ferrite cores up to MHz range is carried out. Taking the DC magnetic hyster...
Computer-aided design (CAD) of ferrite microwave devices requires an accurate, yet simple mathematic...
We predict the contribution of eddy currents to power losses in polycrystalline Mn-Zn ferrites and a...
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...
The hexaferrites present today a great interest in the field of electromagnetic waves absorbents. We...
The problem under examination is the magnetic loss of polycrystalline ferrites. Their total loss inc...
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...
The contribution of electron diffusion to power losses was studied. From the frequency dependence of...
Fluxmetric and transmission line methods have been combined in the wideband characterization of Mn–...
In the modeling of complex initial permeability of polycrystalline ferrites the definite sample is c...
The main concepts used to obtain high values of initial magnetic permeability in ferrimagnetic toroi...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
By analyzing power loss in Mn-Zn ferrites at the secondary peak temperature of the initial permeabil...
Iron loss measurement of ferrite cores up to MHz range is carried out. Taking the DC magnetic hyster...
Computer-aided design (CAD) of ferrite microwave devices requires an accurate, yet simple mathematic...
We predict the contribution of eddy currents to power losses in polycrystalline Mn-Zn ferrites and a...
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...
The hexaferrites present today a great interest in the field of electromagnetic waves absorbents. We...