Efficient power delivery architecture is gaining more attention in the design of future
generations of data centers in order to minimize the ever increasing trend of power …

In this article, a high-efficiency and power-density unregulated inductor-inductor-capacitor
(LLC) converter (DCX) is proposed for a first-stage converter in a two-stage 48-V voltage …

As an essential part in a power converter, the magnetic cores and their design play an
important role in achieving high efficiency and high power density. Accurate measurement of …

This paper focuses on how to implement critical conduction mode (CRM) control for GaN-
based MHz totem-pole PFC with a commercial low-cost microcontroller (MCU), including …

Wide-bandgap devices have been widely used to reduce the size and increase the
efficiency of power converters by operating at a high switching frequency, at the expense of …

As power demands of processors in portable electronics continuously grow, the voltage
regulator (VR) for the processor is expected to be efficient and miniaturized. Compared with …

As today's small portable electronics (smartphones, tablets, e-readers, etc.) becomes lighter,
thinner, quicker, and smarter, the voltage regulator for the processor is expected to be …

High efficiency power supply solutions for data centers are gaining more attention, in order
to minimize the fast growing power demands of such loads, the 48V Voltage Regulator …

The letter presents a patent of lateral coupled inductor structure and its applications in single-
phase and multiphase dc–dc converters. The central processing units (CPUs), graphics …

In this paper, a new critical-conduction-mode (CRM)-based modulation is proposed for three-
phase inverters. With this modulation, soft switching is achieved and the efficiency of the …