Results 51 to 60 of about 9,596,978 (183)
Unified Steady-State Analysis Of Soft-Switching Dc-Dc Converters
, 2002 In this paper, based on the switching cell approach, a unified steady state analysis for families of soft-switching dc-dc converters with complete unified design equations will be presented.
Abu-Qahouq, Jaber, Batarseh, Issa
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IEEE Access, 2021 This paper presents the concept and results of a novel resonant DC-DC converter which achieves high voltage gain at a low number of utilized switches, low voltage stress on transistors, ZVS and ZCS operation, high efficiency and variable voltage gain ...
Szymon Folmer, Robert Stala
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Nonisolated High Step‐Up DC‐DC Ćuk Converter Based on Coupled Inductors
International Journal of Circuit Theory and Applications, Volume 54, Issue 2, Page 874-887, February 2026.A nonisolated high step‐up DC‐DC Ćuk converter based on coupled inductors and voltage multiplier cell (VMCs) is proposed and thoroughly assessed. ABSTRACT This work presents a nonisolated high step‐up DC‐DC Ćuk converter, specifically designed for nanogrid applications.
Manuel de Oliveira Vasconcelos Júnior +7 more
wiley +1 more source
Soft Switching of Non-Isolated Buck-Type Converter with Common-Ground Switch
Energies, 2021 A non-isolated buck converter, together with resonance and zero voltage transition to achieve zero voltage switching (ZVS) and zero current switching (ZCS), is presented herein to upgrade the conversion efficiency.
Yeu-Torng Yau +2 more
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Extended ZCS Region of AAC-HVDC Systems through On-Load Tap Changer Coordination [PDF]
, 2021 Arm inductances and the operation of two arms of a phase leg in an alternate arm converter (AAC) can lead to hard-switching of the director switches (DSs) during steady-state operation, increasing voltage stresses across the DSs.
Pou, J +9 more
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Ultra High Step‐Up Soft Switching Converter Based on the Interleaved Structure
Energy Science &Engineering, Volume 14, Issue 1, Page 540-556, January 2026.The proposed topology provides high voltage gain and enhanced efficiency at low duty cycles, thereby reducing conduction losses in the switches. Its interleaved structure ensures current sharing, while the switches experience both low voltage and low current stress, further decreasing conduction losses.
Mahdi Alizadeh +3 more
wiley +1 more source
Modelling and control of a novel zero-current-switching inverter with sinusoidal current output
, 2016 This study presents a novel topology of charge-transferring zero-current-switching (CT-ZCS) inverter to improve the efficiency. Its operating principle, optimal zero-current-switching (ZCS) frequency and design guidelines are elucidated in detail.
Chen, Rong, Liu, Wei, Zhang, Jiasheng
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IET Circuits, Devices &Systems, Volume 2026, Issue 1, 2026.Nonisolated direct current (DC)–DC converters serve as critical building blocks in modern power management systems. The choice of the optimal topology among numerous options has a direct impact on the efficiency, size, and final cost of the system. This study presents a comprehensive and critical comparative analysis of five fundamental topologies—buck,
Elias Shokati-Asl +2 more
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Journal of Advanced Transportation, 2022 A plug-in hybrid electric vehicles (PHEV) charger adapter consists of an AC/DC power factor correction (PFC) circuit accompanied by a full-bridge isolated DC/DC converter. This paper introduces an efficient two-stage charger topology with an improved PFC
G. Kanimozhi +3 more
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Zero-Current Switching Two-Transformer Phase-Shift Full-Bridge Converter using Voltage Ripple
, 2005 This paper presents a Zero-Current Switching(ZCS) two-transformer phase-shift full-bridge(TTFB) converter using voltage ripple. The proposed converter provides Zero-Voltage Switching(ZVS) of leading leg switches and ZCS of lagging leg switches using ...
문건우, 윤명중, 윤현기
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