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 …

Ensuring that the flying capacitor voltages are balanced is critical to the operation of flying
capacitor multilevel (FCML) converters. This paper systematically explores robust voltage …

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 …

A new class of high-voltage-gain dc-dc converters for high-efficiency and transformer-less dc-
dc applications, where large voltage step-up ratios are required, is presented in this paper …

In recent decades the flying capacitor multilevel (FCML) converter has been demonstrated to
be a highly com-pact and efficient substitute for conventional switched inductive topologies …

This paper presents a highly-integrated, 5-level flying capacitor multilevel (FCML) dc-dc
converter that uses augmented ripple-injection control to achieve self-startup, fast transient …

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 …

This paper investigates multiphase flying capacitor multilevel (FCML) converters with
coupled inductors for ripple reduction and intrinsic flying capacitor voltage balancing. FCML …

A hybrid single-input-multiple-output (SIMO) buck converter is recently proposed for high-
voltage-step-down and transformerless dc-dc applications. By far, no closed-loop control …