Advancements of power electronic technologies result in significant improvement in
efficiency of power delivery to applications that consume or feed electrical energy to a grid. A …

Parasitic capacitances of conventional transformers can be used as resonant elements in
resonant DC-DC converters in order to reduce the overall system size. For predicting the …

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 …

The trend toward high power density, high operating frequency, and low profile in power
converters has exposed a number of limitations in the use of conventional wire-wound …

The use of LLC resonant converters has gained popularity in multiple applications that
require high conversion efficiency and galvanic isolation. In particular, many applications …

The calculation of a transformer's parasitics, such as its self capacitance, is fundamental for
predicting the frequency behavior of the device, reducing this capacitance value and …

The transformer is one of the main common mode (CM) noise propagation paths in isolated
DC-DC converters. The impedances of the CM path of a transformer will transfer from …

For isolated dc-dc power converters, the interwinding parasitic capacitance of the
transformer is usually one of the main paths for common-mode (CM) noise. In order to …

This paper proposes an improved analytical stray capacitance model for inductors. It
considers the capacitances between the winding and the central limb, side limb, and yoke of …

The parasitic capacitance of magnetic components, ie, inductors and transformers, are
crucial, because it dominates the high-frequency impedance, causes voltage/current spikes …