Abstract
This project focuses on the efficient control of a DC motor based on temperature variations, utilizing a temperature sensor. The system monitors ambient or process temperature and adjusts the motor's speed accordingly, providing precise control for temperature-sensitive applications. By integrating a microcontroller, the setup processes sensor readings to regulate motor operation in real-time. This approach ensures energy efficiency, enhances system reliability, and supports automation in industries like HVAC, manufacturing, and laboratory equipment. The design emphasizes simplicity, cost-effectiveness, and adaptability to diverse operating conditions. Key Words: DC Motor Control , Temperature Sensor, Speed Regulation, Temperature-based Control , Energy Efficiency
Published Version
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