The laboratory focuses on a variety of experiments that delve into measurement techniques, motor control, programming, and automation using advanced technologies. Measurement and Control utilizes transducers for precise measurement of linear/angular position, direction, and speed, enhancing accuracy and reliability in industrial applications. Measures pressure, temperature, and force using transducers, ensuring optimal operational conditions and safety in mechanical systems. Motor Control implements speed and direction control for DC servomotors, AC servomotors, and induction motors, optimizing performance and efficiency in automated processes. Microcontroller programming develops programs for addition, subtraction, and multiplication using 8051 microcontrollers, facilitating computational tasks in embedded systems. Motor Interfacing and Control programs and interfaces stepper motors and DC motors using 8051 microcontrollers or PLCs, enabling precise motion control and automation in industrial settings. Automation and Control Systems designs and interfaces traffic light control systems using 8051 microcontrollers, enhancing traffic management and safety in urban environments.
