198 p.In this thesis a new method is presented to measure the magnetic core losses. This method uses an impedance analyser and adopts the phase compensation approach to effectively reduce the impedance measurement errors introduced by phase-shift due to inherent parasitic impedance or time delays in the measurement system. In order to determine the influence of winding turns on the core loss measurement, the fields' distribution due to current-carrying winding in the toroidal cores with circular and rectangular cross sections is analyzed based on the space geometry and filamentary current. From the computed results, it is found that the area covered by the winding has much larger exciting magnetic field strength than those areas uncovered b...
In this report, a new method is presented to measure the magnetic core losses at high frequencies.RP...
The performance of design of inductors with ferrite cores is also dependent on the accuracy of assum...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
Magnetic materials are used in the manufacturing of transformers, electrical machines, converters an...
Iron loss measurement of ferrite cores up to MHz range is carried out. Taking the DC magnetic hyster...
As an essential component in power applications, magnetic cores and their design play an important r...
In this paper, the effect of the core geometry of non-toroidal magnetic cores on the magnetic loss i...
Accurate core loss characterization of ferrimagnetic materials is important in the design of high-fr...
Energy conversion processes involve losses. Specifically core losses, which are a result of the magn...
A model for estimating the total eddy current losses in ring ferrite cores is proposed, which is bas...
A practical approach for magnetic core-loss characterization up to a few megahertz is presented. An ...
This thesis describes a simple method of constructing core loss of Mn-Zn magnetic materials at high...
Magnetic materials are very popular for high frequency power conversion and their operation frequenc...
This paper shows a low-cost and easy to use measurement method for characterizing magnetic material ...
In this paper, we propose an improved version of the classical volt-amperometric measurement method ...
In this report, a new method is presented to measure the magnetic core losses at high frequencies.RP...
The performance of design of inductors with ferrite cores is also dependent on the accuracy of assum...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
Magnetic materials are used in the manufacturing of transformers, electrical machines, converters an...
Iron loss measurement of ferrite cores up to MHz range is carried out. Taking the DC magnetic hyster...
As an essential component in power applications, magnetic cores and their design play an important r...
In this paper, the effect of the core geometry of non-toroidal magnetic cores on the magnetic loss i...
Accurate core loss characterization of ferrimagnetic materials is important in the design of high-fr...
Energy conversion processes involve losses. Specifically core losses, which are a result of the magn...
A model for estimating the total eddy current losses in ring ferrite cores is proposed, which is bas...
A practical approach for magnetic core-loss characterization up to a few megahertz is presented. An ...
This thesis describes a simple method of constructing core loss of Mn-Zn magnetic materials at high...
Magnetic materials are very popular for high frequency power conversion and their operation frequenc...
This paper shows a low-cost and easy to use measurement method for characterizing magnetic material ...
In this paper, we propose an improved version of the classical volt-amperometric measurement method ...
In this report, a new method is presented to measure the magnetic core losses at high frequencies.RP...
The performance of design of inductors with ferrite cores is also dependent on the accuracy of assum...
In order to design power converters and wireless power systems using high-frequency magnetic materia...