IMPLEMENTATION OF VOLTAGE REGULATOR USING A DC-DC BUCK BOOST CONVERTER

Author(s)	M.PAVAN KUMAR, M.ANUSHA, E.SAGAR, K.MAHESWARA REDDY, G.PADMAVATHI
Country	India
Abstract	The battery is a key component of an electric car and requires regular charging. For this, an effective DC–DC converter is necessary to supply consistent, ripple-free output power, preventing the battery's performance from degrading. In this study, a boost-buck converter for battery charging applications is proposed after a variety of DC–DC converter topologies are examined. Examined and contrasted with the current non-isolated topologies is the performance of the proposed boost-buck converter. Efficiency, input current ripple, and output voltage and current ripple are the criteria that are addressed for comparative investigations. The analysis suggests that the boost-buck arrangement has increased efficiency and decreased ripple. Consequently, it is advised for the battery charger. MATLAB software is used to carry out the simulation studies. A lab prototype has been built in order to verify the simulation results.
Keywords	Power supply, stepdown transformer, rectifier, capacitor, inductor, mosfet, diode, load.
Field	Engineering
Published In	Volume 16, Issue 1, January-June 2025
Published On	2025-04-10
Cite This	IMPLEMENTATION OF VOLTAGE REGULATOR USING A DC-DC BUCK BOOST CONVERTER - M.PAVAN KUMAR, M.ANUSHA, E.SAGAR, K.MAHESWARA REDDY, G.PADMAVATHI - IJAIDR Volume 16, Issue 1, January-June 2025.

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