Modified high gain boost converter with low voltage stress.

High gain boost converters are popular nowadays, due to many advantages, making them reliable alternatives in many applications of power electronic circuits, including renewable energy systems, electric vehicles, aerospace technologies, etc. In this article, a new non-isolated boost converter with high voltage gain is illustrated. The converter is analyzed during the CCM operating condition using a complimentary switching strategy. The converter features high voltage gain, improved efficiency and reduced voltage stress across the semiconductor switches. The Simulation study of the converter using MATLAB/SIMULINK R2021b was done, which yielded results indicating a high voltage gain combined with low voltage stress. Moreover, the converter demonstrated a peak efficiency of 90% at all loads. The control circuitry for the converter was implemented through a TMS320F28027F microcontroller. Experimental validation was performed on a 2W converter prototype, aligning with the theoretical expectations and simulation outcomes. [ABSTRACT FROM AUTHOR]