This article offers a non-isolated DC–DC converter with dual-ports for input and output high step-up ability. The has different levels of voltage. benefits the proposed topology consist capability giving voltage gains low duty cycle amount, simple control each cycle, per-unit peak stress (PPVS) over semiconductors. presented structure is suitable clean energy applications. operation principles,...

In this paper, a non isolated multi-input multi-output dc–dc boost converter is proposed. This converter is used to implant alternative energy sources in electric vehicles. However, advantages of different sources of energy are achievable by the implant energy sources. This converter has many outputs with different voltage levels, which can be interfaced with multilevel inverters. In this conve...

A non-isolated high gain DC–DC converter with magnetic coupling and a VM circuit is proposed in this study. By the use of appropriate coupled inductor turn ratio, output voltage recommended topology can be raised. The used to boost even further as well clamp spike across switch, which results lower on switch. As result, MOSFET switch ON-state resistance (RDS-ON) which, turn, causes conduction l...

A high step-up PWM non-isolated dc–dc converter with soft switching is proposed in this paper. The has minimum auxiliary elements to achieve power density and voltage gain. ZVS operation of the main switch results negligible capacitive turn-on losses. Since duty cycle narrow its under ZCS condition, losses that circuit imposes are not significant. Also, all diodes operated soft-switching condit...

In this paper, a multi-port non-isolated SEPIC converter is analysed for integrating with the renewable energy source and also losses efficiency are calculated. The proposed utilizes single stage power conversion, thereby providing higher efficiency. structure comprises of combination Pulsating Voltage Cells (PVC) Source Cell (PVSC) on input side Load (PVLC) output side. two topologies involved...

A boost converter which employs an isolated active snubber to reduce the losses caused by the reverserecovery characteristic of the boost rectifier and the turnon discharge loss of the output capacitance of the boost switch is described. The proposed isolated active snubber consists of a coupled inductor, clamp capacitor, and ground-referenced N-type MOSFET. The performance of the proposed conv...