This article proposes a new single switch trans-inverse high step-up converter applicable in
sustainable sources of energies such as photovoltaic (PV) and fuel cell (FC). Through …

A high step-up dc-dc converter is proposed in this article. With magnetic-coupling-based
voltage multiplier technique, the proposed converter achieves high voltage gain and low …

This article presents a novel high step-up multilevel inverter (MLI) with a single dc source
based on switched-capacitor modules in which it is suitable for the renewable energy …

Due to the low output voltage of photovoltaic cells and fuel cells, a high-voltage-gain dc-dc
converter is indispensable in the renewable energy power generation systems. In this …

High-frequency bidirectional dual-bridge series-resonant dc–dc converters have been
attracted more attention in power electronic transformer (PET) due to high power density and …

Multilevel resonant switched-capacitor converters (RSCCs) have drawn attention in large
step-down voltage conversion but are hindered in a wide area of applications due to limited …

For improving the voltage regulation capacity of resonant switched capacitor converters and
satisfying the requirement for high power conversion efficiency and power density of …

Ladder resonant switched-capacitor converters (RSCCs) provide high step-up voltage gain,
but the continuous regulation range is typically limited with an extremely wide switching …

Autonomous driving features have introduced safety-critical processor modules. A 48-V
network has been developed to enable efficient power distribution. A fault-tolerant high …

In this paper, a family of Ladder multi-resonant switched-capacitor converters (MRSCC) is
proposed to deal with the issues of a high transient current spike, inherent capacitor charge …