In this article, based on the LLC resonant converter fundamental harmonic analysis model,
the modulation strategies for LLC resonant converter can be categorized into the following …

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) …

This paper proposes a Bang-Bang Charge Control (BBCC) method for LLC resonant
converters. Instead of switching frequency control, the BBCC method utilizes the series …

LLC resonant converter is a nonlinear system, limiting the use of typical linear control
methods. This paper proposed a new nonlinear control strategy, using load feedback …

Electric Vehicle (EV) bidirectional charger technology is growing in importance. It defines the
fact of returning the electricity stored in the batteries of EV to Grid (V2G), to Home (V2H), to …

This article presents a comprehensive characterization of an asymmetric resonant CLLC
dc/dc converter plant transfer function obtained using a generalized harmonic approximation …

DC transformer (DCT) which is composed of dual active bridge (DAB) converters, is capable
of fulfiling high‐ratio voltage conversion between the medium‐voltage dc distribution and …

This article analyzes and develops a generalized harmonic approximation (GHA)-based
small-signal modeling approach, thus incorporating the effect of all the higher order …

Fast and accurate optimization of the dynamic response is very important for an LCC
resonant converter. The trajectory control is an effective way to achieve these goals …

A power electronic converter is a switching system; the key to modeling it is how to describe
the interaction between the discrete switch variables and the continuous state variables in a …