Recently, switched inductor (SI) and switched capacitor techniques in dc-dc converter are
recommended to achieve high voltage by using the principle of parallel charging and series …

The dc-dc converters with high step-up DC-voltage gain play a vital role in integrating low
voltage DC sources. Though several converter topologies are reported in the recent past …

High voltage gain dc–dc converters are widely used in various applications like low-voltage
sustainable sources. In traditional boost converters, the voltage gain is limited by high …

Many topologies in the area of non-isolated high-voltage gain dc–dc converter are reported
for improving efficiency and voltage gain and to reduce the switch stress with the use of …

A new nonisolated high-step-up dc-dc converter based on active switched-inductors and
passive switched-capacitors is proposed in this article. The main advantages of the …

In this article, a novel nonisolated buck–boost dc–dc converter is introduced with a wide
range of conversion ratios. The proposed buck–boost converter, unlike the traditional one …

This article proposes a high step-up dc–dc converter with a continuous input current that is
suitable for sustainable energy systems. A three-winding coupled inductor, two power …

High-gain DC/DC converters with high efficiency are needed in dc microgrid owed to the low
voltage of power sources, eg, photovoltaic-cell and fuel-cell. This paper proposed a new …

This paper propounds a new high step-up DC-DC topology based on the active switched-
inductor (A-SL) technique, which utilizes a coupled inductor (CI) for performance …

In this article, a high step-up nonisolated dc-dc converter is proposed to provide high voltage
gain with low voltage stress on semiconductors. The main feature of the proposed structure …