A gate driving for power devices is a key technology to further improve switching
characteristics. With the help of digital gate driver IC, the switching behavior of power …

Digital active gate driving has been shown to effectively manage the switching performance
for power devices with the adjustable driving waveforms. However, most of the studies are …

Low-power grid-tied inverters can be designed to operate in a discontinuous current mode
(DCM) with a model-based feedforward control, which can be advantageous for further …

Digital active gate drive enables the adjustable driving level in a switching transient for
power devices. In this way, it is able to manage switching performance. However, to apply …

Discontinuous current mode (DCM) with high‐frequency operation can be an effective way
to reduce the volume of inductors for low‐power grid‐tied inverter applications. Unlike the …

This paper presents a comprehensive analysis of zero-voltage-switching (ZVS) in the
operation of a proposed peak current optimization scheme in dual-active-bridge converters …

This paper discusses switching transients of MOS-FETs aiming at the switching loss
estimation of the power converter operated under the zero-voltage switching condition. A …

This paper proposes a current limit feature for a multi-functional SiC circuit breaker device
with a “dual thyristor” structure. The proposed feature provides the device not only with a fast …

In recent years, the demand for circuit implementation and tuning of gate drive circuits to
reduce surge voltage has become more severe due to faster switching speeds, and active …

This paper proposes to operate a particular circuit topology of the three-phase grid-tied
inverter in a discontinuous current mode (DCM). A feed-forward current control method and …