Feedback Systems & Devices

This course provides a comprehensive understanding of Feedback Systems & Devices used in modern industrial automation and control applications. Participants learn the fundamental principles of feedback, closed-loop control, and system response. The course explains sensors, transducers, encoders, controllers, and other feedback devices used for accurate measurement and control. It covers the operation and characteristics of position, speed, temperature, pressure, and flow feedback devices. Participants understand how feedback signals are generated, transmitted, processed, and used by control systems. The course introduces concepts such as accuracy, sensitivity, resolution, response time, stability, and error measurement. Practical aspects of signal conditioning, calibration, and feedback device selection are also discussed. Participants gain knowledge of servo systems, control loops, PLC-based feedback systems, and industrial instrumentation. The course also addresses common feedback system faults, troubleshooting methods, and maintenance practices. By the end of the course, participants can better understand, analyze, select, and apply feedback systems and devices in real-world engineering applications.