In this paper, an ultrahigh step-down converter is presented, which combines one coupled
inductor and one energy-transferring capacitor. The corresponding voltage conversion ratio …

A high-voltage tapped-inductor buck converter utilizing a novel autonomous high-voltage
valve is presented in this paper. Its application as auxiliary power supply for high-power …

In this paper, a high step-down bidirectional converter, utilizing one coupled inductor and
two energy-transferring capacitors, is presented. In the step-down mode, the capacitor is …

DC-DC converters are increasingly necessary in alternative energy, industrial automation,
electric vehicles, and telecommunications. Variable switching frequency DC-DC converters …

In the context of reducing total CO 2 emissions as well as reducing the total copper cable
length and weight on cars, automotive manufacturers propose to derive all the supply …

In this paper, An ultra high step-down converter is presented, which combines one coupling
inductor and one energy-transferring capacitor. Therefore, the corresponding voltage …

The previously proposed non-isolated high-buck converter [1–7], although with a small
number of components, simple control and zero voltage switching, has no isolation function …

Notice of Violation of IEEE Publication Principles" Design and Implementation of a High Step-
Down Interleaved DC-DC Converter" by B. Lin, J. Chen, C. Liu and D. Lai in the Proceedings …

The power supplies for data centers and telecom station are replaced complex and
expensive isolated 48 V/54 V step-down converters with more efficient non-isolated, high …

In this paper, two light-load efficiency improvement methods are presented and applied to
the ultrahigh step-down converter. The two methods are both based on skip mode control …