This paper presents a systematic analysis of integrated 3-level buck converters under both
ideal and real conditions as a guidance for designing robust and fast 3-level buck …

In this paper, a near-optimum active rectifier is proposed to achieve well-optimized power
conversion efficiency (PCE) and voltage conversion ratio (VCR) under various process …

In this paper, a complete wireless power transfer system with transmitter (TX) and receiver
(RX) chips is presented. Both RX local and TX wireless output voltage regulations are …

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 …

This paper presents a miniaturized wide-input-range integrated reconfigurable three-level
dc-dc voltage regulator. A three-level buck converter topology with zerovoltage switching …

This brief provides a brief tutorial on designing a high efficiency envelope-tracking supply
modulator with recent techniques. Design challenges for 5G communication applications are …

This paper investigates the feasibility and limitation of designing DC/DC converter power ICs
using standard CMOS technology. Comparing to custom BCDMOS technologies, this path …

A three-level buck converter in the discontinuous conduction mode (DCM), where the output
power is typically less than 1 W and the output current is less than several hundreds of mA …

A 3-level buck converter has half the switch voltage stress compared with a conventional
buck converter. In addition, the operating frequency of the output inductor is not only twice …

A 3-level buck converter in the discontinuous conduction mode (DCM) is a key circuit for
integrated voltage regulators to achieve high efficiency at a light load in the stand-by mode …