Published Paper Details:

This abstract presents a DC motor speed controller and temperature sensor system developed using Arduino, offering a comprehensive solution for motor control and temperature monitoring. The system utilizes the flexibility and capabilities of the Arduino platform, enabling seamless integration and customization. The DC motor speed controller employs pulse width modulation (PWM) techniques to regulate the speed of the motor, allowing for precise control over its rotational speed. The controller offers a wide range of speed adjustments and incorporates bidirectional control, providing versatility for various applications. In addition, the system incorporates a temperature sensor that accurately measures the ambient temperature. The temperature data is collected and processed by the Arduino, enabling real-time monitoring and analysis. Users can set temperature thresholds and receive alerts or trigger actions based on specific temperature conditions. The Arduino-based system features a user-friendly interface, allowing users to easily configure motor speed settings, temperature thresholds, and notification preferences. The system is suitable for applications where motor speed control and temperature monitoring are essential, such as cooling systems, environmental control, and industrial automation. Overall, this Arduino-based DC motor speed controller and temperature sensor system offer a comprehensive and versatile solution, empowering users to effectively control motor speed and monitor temperature with ease and precision.