A novel control method is presented in this paper which utilizes the concept of capacitor
charge balance to achieve optimal dynamic response for buck converters undergoing a …

This paper proposes a proton exchange membrane fuel cell control strategy to produce the
power requested by an electrical load, minimizing the fuel consumption and also providing a …

This study presents a modified flying capacitor three-level buck dc-dc converter with
improved dynamic response. First, the limitations in the transient response improvement of …

In this article, a novel digital dual-loop interleaving control algorithm is proposed for an
asymmetric multiphase buck converter to further enhance the transient response under the …

In this paper, a digital adaptive slope control technique is presented to improve the dynamic
response of a current-programmed mode (CPM) buck converter employing a low-cost …

In this paper, a controlled auxiliary circuit is presented to improve the transient response of a
Buck converter. It is well established that for converter applications with a large input/output …

This paper presents a novel method to design the output filter of low-voltage/high-current
buck dc-dc switching regulators. The method is based on the concept of acceptability …

A fast-transient dc-dc converter with on-chip compensated error amplifier is presented in this
paper. The error amplifier uses three transistors and one voltage follower to implement the …

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 …

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 …