High-power light-emitting diodes (LEDs) and high-brightness LEDs have revolutionized the
lighting industry. The availability of cost-effective LEDs with high luminous flux, efficacy, and …

This article presents a single stage isolated bidirectional DC–DC converter comprising of
LCL-T resonant network for universal electric vehicle (EV) charging. Fixed frequency …

In battery equalization systems, equalization speed, control complexity, and length of energy
flow path are the important figures of merits. This article presents a novel bidirectional L2C3 …

This article presents a two-stage automotive LED driver architecture delivering
independently regulated output currents to multiple LED strings. The system consists of a …

In this article, a hybrid resonant LED driver for automotive illumination applications is
proposed. The employed LCC resonant network provides load-independent output current …

This paper introduces a megahertz-frequency resonant dc-dc converter that inherently
achieves a load-independent output current while maintaining high efficiency across a wide …

This article introduces an immittance network-based wide-range LCL-T resonant dc–dc
converter, where two control variables, a phase shift between two inverter half-bridges, and …

A variable-frequency constant-current control (VFCCC) method with the constant ON-time is
proposed in this paper for a switched-capacitor (SC) converter-based automotive LED …

Soft switching based on resonant operation, through mitigating switching loss and
alleviating electromagnetic interference, is essential to high-frequency operation to achieve …

This paper presents a resonant dc-dc converter capable of providing load-independent
output current without the need for active current control. This converter comprises an LC 3 L …