Question

Exercise 1: For the unity feed back system given below R(s) + C(s) 16 (s²+5s) a. Write the Matlab code to create the open loop transfer function G(S) b. Write the matlab code to determine the closed loop transfer function. c. Determine the poles and zeros of the system d. Plot the pole zero map. e. Using Ltiview function determine Delay Time (Td), the peak time (Tp), Settling time (Ts), the rise time (Tr) and Maximum Percentage overshoot (Mp) Command Window >> clear all >> close all fx >> clc | The above three commands will clear all previous data and variables stored, close all opened programs and clear the screen.

          Exercise 1:
For the unity feed back system given below
R(s) + 
C(s)
16
(s²+5s)
a. Write the Matlab code to create the open loop transfer function G(S)
b. Write the matlab code to determine the closed loop transfer function.
c. Determine the poles and zeros of the system
d. Plot the pole zero map.
e. Using Ltiview function determine
Delay Time (Td), the peak time (Tp), Settling time (Ts), the rise time (Tr) and Maximum
Percentage overshoot (Mp)
Command Window
>> clear all
>> close all
fx >> clc |
The above three commands will clear all previous data and variables stored, close all
opened programs and clear the screen.

Exercise 1:
For the unity feed back system given below
R(s) +
C(s)
16
(s²+5s)
a. Write the Matlab code to create the open loop transfer function G(S)
b. Write the matlab code to determine the closed loop transfer function.
c. Determine the poles and zeros of the system
d. Plot the pole zero map.
e. Using Ltiview function determine
Delay Time (Td), the peak time (Tp), Settling time (Ts), the rise time (Tr) and Maximum
Percentage overshoot (Mp)
Command Window
>> clear all
>> close all
fx >> clc |
The above three commands will clear all previous data and variables stored, close all
opened programs and clear the screen.

Added by Susan G.

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