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 paper presents a new approach for the small-signal modeling of the dc–dc LLC
resonant converter aimed to supply high-power light-emitting diodes (LEDs). This small …

Three-phase LLC resonant converters can handle very high power levels beyond the
capabilities of half-bridge and full-bridge LLC topologies. Among other characteristics, three …

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 …

In this article, a nonisolated resonant light-emitting diode (LED) driver based on the LCLC
resonant network is presented. The adopted LCLC network can provide load-independent …

With the development of high frequency resonant DC-DC power converters, the system
efficiency, power density and dynamic characteristics have been significantly improved …

In order to reduce the size and cost of a medium-power light-emitting diode (LED) driver, a
novel single-stage LED driver integrating a boost converter with a half-bridge LLC resonant …

In this paper, a novel modified single-ended primary industry converter (SEPIC) converter
based on transformer is proposed with the integration of some passive components, the …

This paper proposes a digitally implemented charge control for LLC resonant converters. By
analyzing the small-signal characteristics of the resonant capacitor, it is revealed that the …