Abstract This paper aims to comprehensively analyze, critically discuss, and provide a step‐by‐step design guideline for previously proposed Modified Switched‐Inductor type Buck‐Boost (MSIBB) converter which is based on boost converter. The MSIBB originally switched‐inductor phenomena whereby two inductors are switched in proper sequence ensure appreciable buck as well characteristics. Apprecia...

This paper propounds a new high step-up DC-DC topology based on the active switched-inductor (A-SL) technique, which utilizes coupled inductor (CI) for performance enhancement. Among features of presented are following: (a) Better voltage gain (VG) and efficiency, (b) Since there low voltages across power switches, it is possible to reduce amount that lost as result using MOSFETs with rating re...

The use of non-linear power inductors, intended as devices exploited up to a current at which the inductance is halved, great interest in switched-mode supplies (SMPSs). Indeed, it allows lighter and cheaper inductors improving density. On other hand, analysis SMPSs equipped with requires appropriate modeling inductor reproducing versus current. This paper compares two main analytical models pr...

This article presents a new family of transformerless buck–boost voltage-source inverter topologies for photovoltaic systems. Due to variations in irradiance, temperature, and shading effects, the terminal voltages panels can vary, making use inverters crucial. The proposed have virtual-ground feature that effectively mitigates common-mode voltage issue results low leakage current. simple induc...

This paper presents the design and simulation of modified step-up converter with high voltage gain using quasi switched inductor capacitor. High Voltage are major requirements for renewable energy applications. The operating modes is analyzed proposed simulated MATLAB/SIMULINK platform. Key Words: gain, converter, lower duty ratio.

In order to take the advantage of boost capability and filtering characteristics switched inductor/capacitor, a non‐isolated inductor/capacitor (NSI/C) converter is proposed. The topological structure analyzed in detail, DC steady‐state model established continuous conduction mode (CCM). voltage gain stress switch are theoretically deduced compared with existing converters; parameter design ind...

In this work, a non-isolated high step up DC-DC converter using coupled inductor and voltage multiplier cell is proposed. The proposed converter conversion ratio is efficiently extended by using a coupled inductor. An interleaved configuration of two diode-capacitor cells is applied to step up the voltage conversion ratio and decrease the voltage stress across the switches. Also, in the suggest...