Structure Comparison of High-Frequency Planar Power Integrated Magnetic Circuits
Abstract
World power consumption increases from year to year; hence, it is essential to strike new paths in ?nding effective results for power ef?cient devices. DC-DC converters are applied in various equipment such as solar photovoltaic installations as well as consumer elec- tronic devices such as LED illumination. To satisfy the need of room saving constructions, planar transformers and integrations of passive parts of the converter are adopted for these purposes. This paper compares two different types of high-frequency planar integrated sys- tems via ?nite element method and investigates the strengths and weaknesses of both ...
View more >World power consumption increases from year to year; hence, it is essential to strike new paths in ?nding effective results for power ef?cient devices. DC-DC converters are applied in various equipment such as solar photovoltaic installations as well as consumer elec- tronic devices such as LED illumination. To satisfy the need of room saving constructions, planar transformers and integrations of passive parts of the converter are adopted for these purposes. This paper compares two different types of high-frequency planar integrated sys- tems via ?nite element method and investigates the strengths and weaknesses of both structures.
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View more >World power consumption increases from year to year; hence, it is essential to strike new paths in ?nding effective results for power ef?cient devices. DC-DC converters are applied in various equipment such as solar photovoltaic installations as well as consumer elec- tronic devices such as LED illumination. To satisfy the need of room saving constructions, planar transformers and integrations of passive parts of the converter are adopted for these purposes. This paper compares two different types of high-frequency planar integrated sys- tems via ?nite element method and investigates the strengths and weaknesses of both structures.
View less >
Journal Title
IEEE Transactions on Magnetics
Volume
47
Issue
10
Subject
Power and Energy Systems Engineering (excl. Renewable Power)
Electrical and Electronic Engineering not elsewhere classified
Physical Sciences
Engineering