This paper presents a design procedure for inductors based on low-permeability magnetic materials, for use in very high frequency power conversion. The proposed procedure offers an easy and fast way to compare different magnetic materials based on Steinmetz parameters and quickly select the best among them, to estimate the achievable inductor quality factor and size, and to design the inductor. Approximations used in the proposed methods are discussed. Geometry optimization of magnetic-core inductors is also investigated. The proposed design procedure and methods are verified by experiments
High frequency, low loss power systems enable electrified aircraft propulsion. Filter inductors that...
This paper presents an improved methodology for selecting a core for higher power inductors, by usin...
Even with optimal system design and careful choice of topology for a particular RF application, larg...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
This electronic version was submitted by the student author. The certified thesis is available in th...
This paper investigates the loss characteristics of RF magnetic materials for power conversion appli...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Potential core materials to supersede ferrite in the 0.5-10 MHz frequency range are investigated. Th...
The design of power magnetic components for operation at high frequency (HF, 3–30MHz) has been hinde...
Driven by the fast-growing market for wireless communications, a strong inter-est in integration of ...
Operation in the HF regime (3-30 MHz) has shown potential for miniaturizing power electronics, but s...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
Even with optimal system design and careful choice of topology for a particular RF application, larg...
The eddy current that exists in RF transformer/inductor leads to generation of noise/heat in the cir...
Use of magnetic "lms for miniaturization of planar inductors operating at ultra-high frequencie...
High frequency, low loss power systems enable electrified aircraft propulsion. Filter inductors that...
This paper presents an improved methodology for selecting a core for higher power inductors, by usin...
Even with optimal system design and careful choice of topology for a particular RF application, larg...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
This electronic version was submitted by the student author. The certified thesis is available in th...
This paper investigates the loss characteristics of RF magnetic materials for power conversion appli...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
Potential core materials to supersede ferrite in the 0.5-10 MHz frequency range are investigated. Th...
The design of power magnetic components for operation at high frequency (HF, 3–30MHz) has been hinde...
Driven by the fast-growing market for wireless communications, a strong inter-est in integration of ...
Operation in the HF regime (3-30 MHz) has shown potential for miniaturizing power electronics, but s...
In order to design power converters and wireless power systems using high-frequency magnetic materia...
Even with optimal system design and careful choice of topology for a particular RF application, larg...
The eddy current that exists in RF transformer/inductor leads to generation of noise/heat in the cir...
Use of magnetic "lms for miniaturization of planar inductors operating at ultra-high frequencie...
High frequency, low loss power systems enable electrified aircraft propulsion. Filter inductors that...
This paper presents an improved methodology for selecting a core for higher power inductors, by usin...
Even with optimal system design and careful choice of topology for a particular RF application, larg...