DESIGN AND CONSTRUCTION OF A MICROCONTROLLER-BASED MEASURING METER WITH RLC CIRCUIT AND LCD DISPLAY SCREEN
Abstract
Abstract:
The "Design and Construction of a Microcontroller-Based Measuring Meter with RLC Circuit and LCD Display Screen" seminar aims to develop a versatile measuring instrument that integrates microcontroller technology, RLC circuit analysis, and LCD display interface. This seminar seeks to enhance measurement accuracy, provide real-time visual feedback, and contribute to the field of electronic instrumentation. Through a comprehensive literature review, the historical development of measuring meters, microcontroller applications, RLC circuit analysis, LCD display technology, measurement accuracy, signal processing, power management, and user interface design are explored. The seminar's working principle involves using an Arduino UNO, LCD display, and a voltage divider network with 100kΩ and 10kΩ resistors. The constructed system is expected to offer accurate measurements, efficient signal processing, and an intuitive user experience. The outcomes of this seminar have the potential to contribute to various applications, including signal analysis, circuit testing, and research in the field of electronics.
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