Design and Performance Analysis of a Controlled Single-Phase Half-Wave Rectifier Using a Single-Phase Generator for Efficient Power Conversion

Abstract

This research focuses on the analysis and experimental evaluation of a Single-Phase Controlled Half-Wave Rectifier integrated with a Single-Phase Generator. The primary aim of the study is to analyze and compare experimental results with theoretical calculations and simulation software outputs, thereby providing a comprehensive evaluation of the rectifier's performance. The experiments are conducted on a rectifier circuit using diode-based components, with data collected through both authentic assessment methods and direct observation of the outcomes displayed in the experimental setup. The findings of the study indicate that the inclusion of a thyristor component in the AC circuit plays a crucial role in influencing the rectifier's performance. The thyristor enables the transformation of an alternating current (AC) waveform into a direct current (DC) signal, highlighting the importance of controlled power conversion in electrical systems. The presence of the thyristor allows for the conversion of an AC-powered system into a controlled DC output, which is a significant contribution to efficient energy management in various electrical engineering applications.