The DC–DC converters operate extensively in a variety of industrial applications such as
electric vehicles, renewable energy systems, aerospace applications, consumer electronics …

DC-DC converters are becoming more commonly used in power conversion solutions for
energy management purposes, being employed in an ever-increasing range of DC-based …

To utilize the solar photovoltaic (PV) energy efficiently, dc-dc converters are widely used in
both grid-connected and stand-alone systems. Among the various topologies, interleaved dc …

The use of electronic equipment and other dc-compatible appliances in homes and offices is
increasing at a very fast rate, as well as the distributed generation of energy. These two …

In order to address the problem of power transistor fault in interleaved boost converter (IBC)
of any interleaved phase, we propose a real-time fast diagnosis and fault-tolerant method of …

The interleaved dc-dc converter is widely used for its low current ripple and voltage ripple,
alongside high-energy conversion efficiency. However, open-circuit faults (OCFs) will …

An open-circuit fault will increase input current ripple and reduce the energy transmission
efficiency, which will deteriorate the inherent advantages of an interleaved boost converter …

Because of the environmental friendliness of electric vehicles, research on electric vehicles
has become a hot spot in recent years. How to charge electric vehicles faster is critical to the …

Multi-phase synchronous buck converter (MSBC) is becoming popular for the electric
vehicle (EV) charging application because of its higher efficiency, smaller passive …

Interleaved boost converters (IBCs) are widely used in many applications such as
automotive and renewable energy systems due to their high efficiency, reduced input and …