Many commercial controller implementations for dc-dc converters are based on pulse-width
modulation (PWM) and small-signal analysis. Increasing switching frequencies, linked in …

Linear small-signal models of a dc–dc converter often ignore switching dynamics; thus such
models are insufficient to fully explore the performance objective under large signal …

This paper explores the large-signal and small-signal dynamics of a series-capacitor (SC)
buck-type converter and introduces an optimal closed-loop control scheme to accommodate …

This paper introduces a new voltage regulator module (VRM) that merges a highly efficient
switched-inductor converter as the main unit with a load-side switched-capacitor-based …

A boost converter exhibits a nonminimum phase behavior while operating in continuous
conduction mode. This is due to the existence of a right-half-plane zero that significantly …

This paper introduces a new current-programmed controller for non-inverting buck-boost
(NIBB) converters. The controller facilitates tight voltage regulation and excellent transient …

This article introduces a new architecture for an all-digital high-resolution variable-frequency
variable-duty-cycle modulator. Constructed through digital standard-cell delay-line and …

In boost converters and other indirect energy transfer topologies, transient-oriented
controllers are designed to facilitate a dynamic response that may range from minimum time …

This paper introduces and surveys a new family of transient-oriented controllers for indirect
energy transfer converters. The controllers incorporate a peak current programmed mode …

This paper introduces a new transient-oriented controller for boost-type converters. The
controller incorporates a peak current programmed mode control for steady-state operation …