This article introduces an adaptive multi-loop controller for capacitive wireless power
transfer (WPT) systems. The new control approach combines continuous frequency tracking …

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 …

For a voltage-mode buck converter, to improve the transient response and reduce the size of
the proportional-integral-differential (PID) compensation network, a hybrid feedforward and …

This paper introduces a digital current-programmed control for multiphase buck VRM for
high-performance loads that regulates the output voltage with high accuracy, maintains …

This article introduces an adaptive self-tuned controller IC for resonant wireless power
transfer (RWPT) transmitters. The controller IC comprises an on-the-fly very-high-frequency …

This article introduces a new architecture for a high-resolution digital pulsewidth modulator
(HR-DPWM), which generates multiple output phases, all synchronized and derived out of a …

This paper introduces a new current-programmed controller for non-inverting buck-boost
(NIBB) converters. The controller facilitates tight voltage regulation and excellent transient …

This article introduces a highly miniaturized soft-switched power supply suitable for
advanced Internet-of-things applications. It incorporates an HB-LLC resonant converter …

This article introduces a new low voltage subnanosecond monolithic pulsed current driver
for light detection and ranging (LIDAR) applications. A unique architecture based on a …

High-frequency digitally controlled dc–dc switching converters have many advantages, such
as very fast transient response and high-power density. However, the studies of control …