The momentum toward high efficiency, high frequency, and high power density in power
supplies limits wide use of conventional wire-wound magnetic components. This paper …

As an important development direction of power electronic systems, the integration
technologies can bring many benefits, such as size reduction, reliability improvement, cost …

An LCL-T resonant converter (LCL-T RC) is shown to behave as a current source when
operated at resonant frequency. A detailed analysis of the LCL-T RC for this property is …

Passive integration technology is widely used in power electric converters since it can
significantly reduce the volume of the passive components and improve the power density …

In many low-voltage or high-voltage applications, the electrical energy transmission and
distribution is enhanced using direct current (dc) already today. To use the advantages of dc …

Integration of efficient power converters requires technology for efficient, high-power on-chip
inductors and transformers. Increases in switching frequency, facilitated by advances in …

The coupling of the windings can be easily increased by using multiply stacked planar
windings connection. Interleaving is a well-known technique used to reduce leakage …

Low-AC-resistance planar or foil-wound inductors constructed using a quasidistributed gap
comprising multiple small gaps that approximate a distributed gap are analyzed. Finite …

Dual Active Bridge (DAB) topology performs very well for converter output/input ratio close to
transformer ratio. However, if a considerable deviation from the transformer ratio is required …

In this paper, the possibility of reaching high power densities in multikilowatt dc-dc
converters with galvanic isolation is demonstrated and the main design issues are …