This paper presents a method of mitigating the transient overshoots of dc-dc converters
undergoing large load disturbances. The method involves a small power auxiliary circuit …

The maximum closed-loop bandwidth of a dc-dc converter is restricted to a fraction of its
switching frequency when governed by a conventional average-based pulsewidth …

In boost converters and other indirect energy transfer topologies, the fastest transient
response usually does not coincide with the minimum possible output voltage deviation …

This paper introduces a new voltage regulator module (VRM) that merges a highly efficient
switched-inductor converter as the main unit with a load-side switched-capacitor-based …

This paper introduces a digitally-controlled buck converter with adaptive core biasing that
allows for minimization of the output capacitor as well as of the inductor core. The improved …

This study is related to the improvement of the output impedance of a multiphase buck
converter with peak current mode control (PCMC) by means of introducing an additional …

An auxiliary current control is proposed herein to improve the load transient response of the
buck converter. The proposed technique increases the efficiency of the auxiliary converter …

This study is related to the improvement of the output impedance of the buck converter by
means of introducing an additional power path that virtually increases the output …

High-performance buck converters are often required in modern power electronic
applications. An augmented buck converter (a main buck converter with augmentation …

The recent development in computer science that the power demand and required time of
code execution can be accurately predicted is paving a path that may lead to a new …