In this article, a new high step up dc/dc converter with a very high voltage gain is presented.
The proposed converter employs coupled inductors and built-in transformer to achieve an …

In this article, high step-up dc-dc converter with zero-voltage-transition (ZVT) characteristics
and continuous input current is presented. The proposed converter applies coupled inductor …

This article presents a novel high step-up dc/dc converter by integrating active switched
inductors, built-in transformers (BITs), and multipliers. The turn ratio of the BIT provides an extra …

This paper presents a new fully differential second generation current controlled conveyor (FDCCCII)
based on differential pair topology, which employs floating gate MOS transistors (…

This study presents a novel interleaved non‐isolated converter for ultra‐high step‐up
applications. This circuit utilises coupled inductor and voltage‐lift techniques to achieve high …

In this paper a new non-isolated converter with ultra-high voltage gain is presented. The
proposed converter utilises coupled inductors, lift circuits and interleaved technique to convert …

This paper proposes a new ultra-high step up converter by employing coupled inductor and
interleaved techniques. Winding cross coupled inductors are utilized to enhance the …

A new method for the synthesis of active RC circuits employing multiple output current controlled
conveyors (Mo‐CCCIIs) is presented here. A new graph is proposed for Mo‐CCCII and …

This paper presents a new fully differential current controlled conveyor (FDCCCII) based on
differential pair topology, which employs floating gate MOS transistors (FG-MOS). It uses …

In this paper, a new high step up DC/DC converter with a modified super-lift technique is
presented. The coupled inductor technique is combined with the super-lift technique to provide …