Bidirectional DC–DC converters are frequently chosen for applications requiring high power
density such as in bidirectional electric vehicle (EV) chargers. Vehicle to Everything (V2X) …

The stability of dual active bridge converter (DAB) is threatened when feeding the constant
power loads (CPLs). This article proposes a deep reinforcement learning-based …

Power electronics has evolved from being only present in a few applications such as
variable speed drives in the 1970s to becoming ubiquitous, present in almost every …

Conventional line frequency transformers have the disadvantages of large volume and low
efficiency. The medium or high frequency transformers based on power converters can …

An LLC dual active bridge (DAB) bidirectional converter with reduced switch count as a dc–
dc transformer (DCX) is proposed in this article. It can achieve voltage regulation, full load …

Photovoltaic (PV) to electrolyzer power systems are an attractive research topic since the PV
produced power can be optimized by skipping power conversion into AC and producing a …

In this article, a dual active bridge (DAB)–LLC–DCX dc–dc converter with integrated
magnetics and shared rectifier is proposed for point of load applications, which is able to …

This article proposes a fully digital variable switching frequency and deadtime control
method for a synchronous rectifier buck dc–dc converter with an inverse coupled inductor. It …

Conventional inductive power transfer (IPT) system controllers require high-speed wireless
communication since the transmitter and the receiver are physically isolated. This wireless …

Combining the highly efficient CLLC topology with the exceedingly flexible four-switch buck–
boost (FSBB) topology, this article introduces a novel hybrid FSBB–CLLC converter …