Capacitor voltage natural balancing is an attractive feature of flying capacitor multilevel
(FCML) converters. However, with the commonly used phase-shifted pulsewidth modulation …

Hybrid and resonant switched-capacitor converters show promise in a number of power
management applications, but are subject to a range of challenges in control and …

This article investigates the use of digital predictive current-mode control (DPCMC) in dc-dc
three-level flying capacitor (3LFC) buck converters. In particular, stability and flying capacitor …

This article describes a sensorless stabilization technique for peak current mode control of
three-level flying-capacitor (3LFC) buck converters. The technique eliminates the well …

This work explores the mechanisms and limitations of natural voltage balancing in flying
capacitor multilevel (FCML) DC-DC converters. A simple discrete-time state space model is …

Constant on/off-time current-mode control (CMC) techniques are useful for wide-duty-ratio
operations in multilevel flying-capacitor converters. In this article, event-based constant …

Flying capacitor multilevel (FCML) converters show great promise for a number of DC-DC
applications, but are subject to problems with voltage balance on the flying capacitors. A …

Multilevel flying capacitor boost (MLFCB) dc–dc converters offer high power density even at
high voltage gain, in which digital control can achieve fast transient, and high efficiency …

For the four-level flying-capacitor converter (FFCC), it is required to simultaneously control
the output voltage and balance the flying-capacitor voltages. Existing control methods for the …

This article presents a multilevel multiphase (MLMP) dual-path hybrid buck converter for
direct 24-to 1-V step-down conversion. Unlike the conventional multilevel buck converter …