In high-power electronic industrial systems, constant power loads (CPLs) can affect the
system performance or even cause instability due to its inherent negative impedance …

To improve the dynamic performance, this paper proposes a dual-mode digital controller
with a high accuracy load current estimator and Gaussian adaptive duty cycle switching for …

This paper explores the large-signal and small-signal dynamics of a series-capacitor (SC)
buck-type converter and introduces an optimal closed-loop control scheme to accommodate …

Purpose Pipeline robots are often used in pipeline non-destructive testing. Given the need
for long-range in-pipe inspections, this study aims to develop a wireless in-pipe inspection …

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 paper presents a multi-period frame transient switching control (MP-TSC) scheme for
buck converter with a controlled coupled inductor, aiming at improving the load transient …

This paper presents an auxiliary-assisted 5: 1 Series-Capacitor (SC) buck converter for fast
transient re-sponse in 48V Point-of-Load (PoL) automotive applications. The 5: 1 SC buck …

This paper details efficiency analysis and characteristics of a gyrator switched-resonator
converter (GSwRC) IC. Followed by an efficiency analysis, this paper introduces an …

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

Output voltage deviation is a key performance index of voltage regulator modules (VRMs)
with consecutive load transients. Usually, a large-capacity filter capacitor bank is used in …