EE-361 Feedback Control Systems
Basic MATLAB Commands
Experiment # 1
Date:
/
/ 2013
Section:
Lab Report 1 Requirements
Please answer all the exercises from this handout.
Instructions
Follow the instructions stated below:
1. Please save all your graphs by
EE-361. Feedback Control Systems
Midterm Exam
Spring 2012
Time: 2hr 30 min.
.
Name :
ID # : -
Instructions.
1. Total points = 100.
2. All questions are compulsory.
3. Examination is closed book, closed notes. Calculators/helpsheet allowed.
4. Try to expl
EE-361. Feedback Control Systems
Midterm Exam
Spring 2011
Time: 120 minutes.
.
Name :
ID # : -
Instructions.
1. Total points = 100.
2. All questions are compulsory.
3. Examination is closed book, closed notes. Calculators/helpsheet allowed.
4. Try to exp
CMPE-432. Feedback Control Design
Midterm Exam
Spring 2010
Time: 80 minutes.
.
Name :
ID # : -
Instructions.
1. Total points = 100.
2. All questions are compulsory.
3. Examination is closed book, closed notes. Calculators allowed.
4. Try to explain your
EE-361:Feedback Control Systems
Spring 2012-2013
Problem Set 2
Total Points: 100
Due Date:18 February, 2013
Problem 1 [30 Points]
Indicate the signals asscociated with the dierent blocks in the following
control systems and specify their units.
1
2
3
4
5
EE-361:Feedback Control Systems
Spring 2013
Problem Set 6
Total Points: 115
Due Date:Thursday 25th April, 2013
Problem 1 [15 Points]
Sketch the Bode plots for each of the following transfer functions. Include
plots for both magnitude and phase.
(a)
L(s) =
EE-361:Feedback Control Systems
Spring 2013
Problem Set 4
Total Points: 130
Due Date: 25 March, 2013
Problem 1 [15 Points]
The block diagram of a motor-control system with tachometer feedback is
shown in the Figure below. Find the range of the tachometer
EE-361:Feedback Control Systems
Spring 2013
Problem Set 5
Total Points:105
Due Date: 8 April, 2013
Problem 1 [30 Points]
Sketch the root locus with respect to K for the equation 1 + KL(s) = 0
and the listed choice for L(s). After completing your hand sket
EE-361:Feedback Control Systems
Spring 2013
Problem Set 7
Total Points: 95
Due Date: 8th May, 2013
Problem 1 [30 Points]
A unity-gain feedback loop is shown below. The controller in this loop is
a proportional gain K , but it is implemented on a computer
EE-361:Feedback Control Systems
Spring 2012-2013
Problem Set 3
Total Points: 100
Due Date: 28 February, 2013
Problem 1 [10 Points]
The unit step response of a linear control system is shown in the Figure
1 (below). Find the transfer function of a second-o
EE-361:Feedback Control Systems
Problem Set 1
Total Points: 100
Due Date: February 5, 2013
Problem 1 [15 Points]
Find Laplace Transform of the following:
1. f (t) = 2t2 + 5t + e6t cos( 3t )
7
2. f (t) =
t
0
sin(t )cos d
Problem 2 [25 Points]
Find Inverse