| Abstrakt: |
Power converters have crucial role in a wide range of applications, in facilitating efficient voltage regulation and power delivery in electronic systems. Among the different types of DC-DC converters, the buck converter is a widely adopted solution due to its simplicity, cost-effectiveness, and high efficiency. However, with increasing power demands, traditional buck converters face limitations in terms of power handling and voltage ripple reduction. To overcome these challenges, advanced variations such as interleaved buck and quadratic buck converters have been developed. In this work, a thorough comparative analysis is presented, examining the performance and efficiency characteristics of the buck, interleaved buck, and quadratic buck converters. The study evaluates these converter topologies based on key parameters, including voltage conversion ratio, output voltage ripple, power handling capability, and overall efficiency. [ABSTRACT FROM AUTHOR] |
