DESIGN & IMPLEMENTATION OF AC TO DC CONVERTER FOR EFFICIENT POWER CONVERSION

Abstract

This research Paper focused to establish an efficient power AC to DC converter instead of applying standard pre-programmed chips. All the topologies of SMPS are explored and their ranges of applicability are evaluated as well. The internal electrical components in modern air conditioners require low-voltage outputs of +12V and +5V, which are generated by a switch-mode power supply (SMPS). Designs that are efficient, tiny, lightweight, and have little standby power consumption are made feasible by the VIPerX2 family. The VIPer22A high-voltage converter is the major focus of attention in this study, which focuses on a 12V 1A power supply. The research shows the VIPer22A’s dependability and efficacy while assessing other power supply topologies. A 12V 1A and a 5V 1A supply were also mentioned. The initial testing with a single-phase supply revealed steady output and perfect control. The VIPer22A was incorporated to boost performance and efficiency. The VIPer22A’s potential to reliably and correctly meet stringent requirements has been shown by the final design, which has been validated by simulations and practical testing. It delivers stable 12V and 5V outputs at 1A.