Jul 2026· International journal of circuit theory and applications· 0 citations· 1 references
Abstract
A novel nonisolated high‐gain DC‐DC converter is proposed in this article. The converter integrates a three‐winding coupled inductor (TWCI) and a voltage modulation circuit (VMC), thereby significantly enhancing the voltage boosting capability. Its boost structure, made of a coupled inductor and a VMC, achieves high‐voltage gain with fewer turns in the inductor and an appropriate duty cycle. Furthermore, the three‐winding coupled inductor serves to enhance the versatility of voltage gain regulation. The converter's input is connected to an inductor, reducing input current ripple. Low‐voltage stress on switching devices and clamping diodes makes it easy to select low‐loss, fast recovery diodes, improving converter efficiency. There are steady‐state analysis, parameter design, and loss analysis of the proposed converter presented in this article, along with a comparison to existing high‐gain converters. Consequently, an experimental prototype was constructed in accordance with the design principles, and the experimental results substantiated the efficacy of the proposed converter.
This article introduces a novel ultra-high voltage gain DC-DC converter with a low component count, designed for renewable energy applications. In the presented topology, a three-winding coupled-inductor (TWCI) and a switched-capacitor network are embedded within a classic quadratic boost converter. This arrangement yi...
A soft-switching high step-up DC–DC converter based on the coordinated integration of an input inductor, a three-winding coupled inductor, a switched-capacitor voltage multiplier, and an active-clamp circuit is developed in this work. High voltage gain is achieved using the input inductor, switched capacitor voltage st...
Thai Anh Au Tran, Xuan Khanh Ho· IEEE Access· 0 citations
This paper presents a non‐isolated high‐voltage boost DC–DC converter. The converter employs a quadratic topology and consists of two coupling inductors (CIs), switched capacitors (SCs), a voltage‐multiplying cell (VMC), and two power switches. The paper proposes a design method for zero‐current diode clamping and bu...
Yin Chen, Hai-Bin Li, Min-Xin Lin· International journal of cir...· 0 citations
Conventional quadratic boost DC–DC converters can achieve high voltage gain; however, the main switch is subjected to voltage stress approaching the output voltage. Some improved topologies also suffer from limitations such as the absence of a common ground, discontinuous input current, or increased control complexity...
K. Shyu, Yi-Chang Yu, Po-Lei Lee et al.· Electronics· 0 citations
With the continuous advancement of the “carbon peaking and carbon neutrality” goals, grid-connected renewable energy generation technologies have developed rapidly, among which high step-up DC–DC converters have become a key enabling component. Based on the cascaded structure of Buck–Boost and Boost converters, this pa...
Qin Yao, Sanyan Li· European Conference on Elect...· 0 citations
This paper presents a concept of a DC-DC dual split buck converter with divided input voltage and a structure using two DC-DC switch-mode converters that supply the output capacitor in parallel. All components in the converter have reduced voltage stress and the average current value of their inductors is reduced by ab...
R. Stala, Z. Waradzyn, Wojciech Kalicinski et al.· Bulletin of the Polish Acade...· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.
