![]() Stability analysis of Control SystemsEE132, Spring Semester, 2011 of 6.Mathematical Modeling of Electrical, Mechanical, and Electromechanical Systems.Included will be MATLAB computer simulations. Towards the last part of the course we will include methods for closed loop compensation. We first learn to write basic mathematical models, manipulate the transfer function block diagrams, and study their stability, and then predict the performance of a closed loop control systems through the systematic study of the servomechanism, including steady state and transient analysis, single loop systems analysis, root-locus and frequency response techniques, and design methods to meet performance specifications. Course Goals and Student Learning Objectives This course is an introduction to control systems. Transfer functions and block diagrams root-locus techniques time and frequency analysis techniques compensation transducers and servo-system elements. Course Description Theory of linear feedback systems. Also Basic Matrix Algebra Mechanics and Dynamics. ![]() Office Location: ENGR 263 Telephone: (408) 924-3911 Email: Office Hours: MW 1930 - 2030 h, Except NOT on the Last W of Month TTh 1630 - 1730 h Class Days/Time: MW 16:30-17:45 Classroom: ENGR 341 Prerequisites: EE112 or equivalent with a grade of “C” or better (Differential Equations La Place Transforms Transfer Functions Bode Plots). EE132, Spring Semester, 2011 of 6 San José State University Electrical Engineering Department EE132 Theory of Automatic Controls, Sec 01 Spring 2011 Instructor: Peter Reischl, Ph.D.
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