Control Systems

Course Description: Upon successful completion of this course the student / wo will have advanced knowledge in the subject of Automatic Control Systems (SAE), under which you will be able to: Describes a block diagram the basic structures SAE continuous time. Moves fluently between descriptions of an SAE time domain and frequency and selects the most appropriate and simplest among them, based on the problem faced. Calculates the exit SAE systems using simulation tools in the time and frequency, estimates the quality of the output in relation to the design specifications and the error count. Applies the algebra and graphics stability criteria SAE, using simulation tools, interprets the results and evaluate and rank SAE, thus performing comprehensive stability study. Analyze a realistic problem that requires design Controller / EQ selects the appropriate between alternative structures taught, and plans controller / compensator level block diagram and simulation The / Y. Cooperates in group for integrated treatment (analysis -Composition) complex problem of improving / compensation SAE under realistic conditions, critical evaluation of alternatives, decision making and implementation of the chosen solution.

Objectives

Course Description: Upon successful completion of this course the student / wo will have advanced knowledge in the subject of Automatic Control Systems (SAE), under which you will be able to: Describes a block diagram the basic structures SAE continuous time. Moves fluently between descriptions of an SAE time domain and frequency and selects the most appropriate and simplest among them, based on the problem faced. Calculates the exit SAE systems using simulation tools in the time and frequency, estimates the quality of the output in relation to the design specifications and the error count. Applies the algebra and graphics stability criteria SAE, using simulation tools, interprets the results and evaluate and rank SAE, thus performing comprehensive stability study. Analyze a realistic problem that requires design Controller / EQ selects the appropriate between alternative structures taught, and plans controller / compensator level block diagram and simulation The / Y. Cooperates in group for integrated treatment (analysis -Composition) complex problem of improving / compensation SAE under realistic conditions, critical evaluation of alternatives, decision making and implementation of the chosen solution.

Prerequisites

Course Specialization

Syllabus

The course consists of the following topics: - Linear Systems - Stability System - Compensation System