Analysis of a 3-Phase Uncontrolled Full-Wave Rectifier Using a 3-Phase AC Generator

Abstract

The rapid advancements in technology are influencing various sectors, with electrical engineering being one of the most affected fields. As access to information becomes increasingly easier, innovations in both science and technology progress at an accelerated pace. To keep up with these developments, there is a growing need to optimize existing knowledge for future use. In the realm of electrical engineering, optimizing theories and practical applications is crucial to improving the efficiency and functionality of power systems, particularly in the industrial sector where the demand for electricity is substantial. A significant way to achieve this optimization is through the study and analysis of the three-phase uncontrolled full-wave rectifier circuit powered by a three-phase AC generator. This paper aims to provide an in-depth analysis of this system, with the goal of enhancing its performance and efficiency for industrial applications. By understanding the theoretical foundations and practical challenges of this rectifier circuit, we can create more effective and sustainable power conversion systems for the future.