This paper presents a new multiresonant frequency-adaptive synchronization method for
grid-connected power converters that allows estimating not only the positive-and negative …

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 …

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 …

In today's fully-integrated converters, the integrated LC components dominate the chip-area
and have become the major limitation of reducing the cost and increasing the current …

Monolithic integration in CMOS has boosted the development of low cost, compact and
portable consumer applications. But until now the monolithic integration of DC-DC …

This paper reports a digital phase locked loop (D-PLL) based frequency locking technique
for high frequency hysteretic controlled dc-dc buck converters. The proposed converter …

This article proposes a new boost converter topology called dual-path step-up dc-dc
converter (DPUC). Unlike the conventional boost converter (CBC), the DPUC has a hybrid …

A dual-path step-down converter (DPDC) is presented for achieving high power efficiency in
the mobile power management ICs (PMICs). Adopting a hybrid structure using one inductor …

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 …

An integrated fixed-frequency adaptive-on-time (AOT) DC-DC converter with fast transient
response and enhanced high light-load efficiency is presented. At both Continuous …