Abstract
Capacitor Charging Power Supplies (CCPS) are essential components in systems that necessitate rapid and precise energy storage and discharge, such as pulsed power applications, laser systems, and advanced medical imaging technologies. This paper investigates the design methodologies, operational dynamics, and performance metrics of CCPS, with an emphasis on their efficiency, charging kinetics, and voltage regulation precision. Also, the study focuses on the control methods of the CCPS. The performances of the conventional (non-optimal), hysteresis current-mode constant on-time, constant off-time and discontinuous conduction mode comparator control methods are analyzed. The optimizations are mentioned with the comparative results for CCPS.