Automation and Control

3 credits

Programmable logic controllers, ladder logic, latches, timers, counters, flow control, and data handling instructions, sensors and actuators, state based design. Open & closed loop systems, mathematical modeling, Laplace transform, block diagrams and signal flow graphs, design and analysis of feedback systems, stability analysis, root locus, PID controllers, frequency domain technique. ***Prerequisite: ENIN 233 or ENEL 281 and ENEL 280*** *Note: Students may not receive credit for both ENEL 380 and ENEL 361*