Depending on the application range, there are various recommendations in the literature
which converter topology should be used. These are mostly based on experience or more or …

This paper presents a high power density power converter using an active-clamp flyback
converter. The voltage spike in the conventional flyback converter can be eliminated to …

In this study, an LLC resonant converter equipped with an adjustable leakage inductance
integrated transformer is proposed and applied to high-power adapters. To achieve high …

High switching frequency, high efficiency and high power density are critical in portable AC-
DC adapters. The active clamp flyback (ACF) converter can achieve zero voltage switching …

Switch mode power suppliers based on isolated flyback topology have voltage stresses on
semiconductor switches caused by transformer leakage inductance. Those voltage stresses …

Double-clamped zero voltage switching (ZVS) buck-boost converter with primary side
sampled feedback control that is suitable for converter Chip modules has been widely used …

Active-clamp flyback converter is widely used in small power applications as soft-switching
technique could be realized with higher frequency and lower volume. Too long or too short …

In this paper, we describe a valley-switching self-calibration strategy, which permits to
minimize commutation loss in Flyback active-clamp converters working in valley switching …

The DC-DC flyback power converter is widely used in low power commercial and industrial
applications (> 150 W) such as in computers, telecom, consumer electronics because it is …

Flyback converters are widely used in telecom applications with two of the most popular
being in point-of-use power supplies and as part of two-stage AC-DC converters. They can …