Automotive and industrial applications require a high-efficiency DC-DC converter to directly
convert power from the 12V intermediate bus to a low-voltage point-of-load (PoL). The …

This article presents a 12-to-1 V quad-output switched-capacitor buck (SCB) converter with
shared dc capacitors ( $C_{\mathrm {DC}}\text{s}$ ). First, we proposed single-output SCB …

Power and signal isolation are crucial to guarantee system safety and reliability in harsh
industry environments. Conventionally, separate transformers or high-voltage capacitors are …

This article presents a 12-to-1 flying capacitor cross-connected (CCC) converter with an
inserted duty cycle ( $D) > $ 0.5 control for fast transient response. As analyzed, CCC and …

With the surging demands for higher current at sub-1-V supply level in high-performance
digital systems, high-efficiency and high-current-density power converters are essential for …

In this article, we present a 2.4-GHz differential class-DE synchronous rectifier. First, we
investigate zero-voltage switching (ZVS), zero-current switching (ZCS), and impedance matching …

This article presents a 200-MHz isolated dc–dc converter for simultaneous power and full-duplex
data transfer using a single pair of transformers, for the applications of low-cost …

This article presents a monolithic hybrid boost converter suitable for a high conversion ratio (CR).
It uses two inductors, two cross-connected flying capacitors ( C F s), and six power …

The series-capacitor boost converter (SCBC) requires a duty cycle ( $D) \ge0.5$ control,
otherwise has issues of power switch overstress and inductor currents imbalance. Then, we …

This article presents a multiple-phase (MP) flying CF-cross-connected (CCC)-based hybrid
dc–dc converter for 12-V input to point-of-load (PoL) conversion. First, we illustrate the …