ECE
352 Systems II Winter 2007 Instructor: Prof.
Andrea Serrani. |
Class Schedule: Monday,
Wednesday, Friday, 3:30pm - 4:18pm
Location: 285 Baker Systems
Office
Hours: Monday and
Wednesday, 5:00pm- 6:00pm
Grader: Mr. Joseph Gourley. (email: gourley.8@osu.edu)
Prerequisite(s): ECE 301, ECE 351
Please note: The official web
page of the course is developed on CARMEN at http://telr.osu.edu/carmen/
Registered students may access all the additional information on the
course, including notes, homework sets, solutions, and syllabus through
the Carmen web site.
Lecture 1: Laplace
Transform and Transfer Function Representation - Chapter 6 |
Laplace Transform of
a Signal. Properties of the Laplace Transform. Computation of the
Inverse Laplace Transform. Transform of the Input/Output Differential
Equation. Transform of the Input/Output Convolution Integral.
Direct Construction of the Transfer Function |
Review. First Midterm | |
Lecture 2: The z-Transform and Discrete-Time Systems - Chapter 7 | z-Transform of a Discrete-Time Signal. Properties of the z-Transform. Computation of the Inverse z-Transform. Transfer Function Representation. System Analysis Using the Transfer Function Representation |
Review. Second Midterm | |
Lecture 3: Analysis of Continuous-Time
Systems - Chapter 8 |
Stability and the Impulse Response. Routh—Hurwitz Stability Test. Analysis of the Step Response. Response to Sinusoids and Arbitrary Inputs. Frequency Response Function. Causal Filters |
Lecture 4: Application to Control - Chapter 9 |
Introduction to
Control. Tracking Control. Examples. |
Lecture
5: Design of Digital Filters - Chapter 10 |
Discretization. Design of IIR Filters. Design of IIR Filters Using MATLAB. Design of FIR Filters |
Lecture 6:
State-Space Representation - Chapter 11 |
State Model. Construction of State Models. Solution of State equations. Discrete-Time Systems |
Review. Comprehensive Final Exam |
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