A Recursive Switched-Capacitor (RSC) topology is introduced that enables reconfiguration
among 2 N-1 conversion ratios while achieving minimal capacitive charge-sharing loss for a …

This paper presents a 50-MHz 5-V-input 3-Woutput three-level buck converter. A real-time
flying capacitor (CF) calibration is proposed to ensure a constant voltage of V g/2 across CF …

A fully integrated low-dropout-regulated step-down multiphase-switched-capacitor DC-DC
converter (aka charge pump, CP) with a fast-response adaptive-phase (Fast-RAP) digital …

Time-based controllers are well suited for implementing both single-and multi-phase wide
bandwidth high switching frequency pulsewidth modulation (PWM)-based dc-dc converters …

A fully integrated successive-approximation (SAR) switched-capacitor (SC) DC-DC
converter is presented that overcomes the coarse output voltage resolution limitation of …

Fully integrated voltage regulators (FIVRs) can improve the performance and reduce the
power consumption of a system-on-chip (SoC) by providing point-of-load voltage regulation …

This article presents a fully integrated multi-phase (MP) buck converter for on-chip power
management units. A peak-and-valley differential sensing (PVDS) scheme based on a flying …

A high switching frequency multi-phase buck converter architecture using a time-based
compensator is presented. Efficiency degradation due to mismatch between the phases is …

Mobile devices need to minimize their power consumption in order to maximize battery
runtime, except during short extremely busy periods. This requirement makes dc-dc …

A multiphase synchronous buck converter has been developed, in which the number of
switching phases is determined by the sensed average load current. The maximum number …