Solution Found!
Consider the feedback control system in Figure 5.51 where G(s) = K s + 10 W R(s) O ) "
Chapter 0, Problem 12(choose chapter or problem)
Consider the feedback control system in Figure 5.51 where G(s) = K s + 10 W R(s) O ) " (5> . 1 * Controller 1 s Process G(s) Measurement Y(s) FIGURE 5.51 Feedback system with integral controller and derivative measurement. The nominal value of K 10. Using a 2% criterion, compute the settling time, Ts for a unit step disturbance, TX-s) = l/s. a. Ts = 0.02 s b. Ts = 0.19 s c. Ts = 1.03 s d. Ts = 4.83 s
Questions & Answers
QUESTION:
Consider the feedback control system in Figure 5.51 where G(s) = K s + 10 W R(s) O ) " (5> . 1 * Controller 1 s Process G(s) Measurement Y(s) FIGURE 5.51 Feedback system with integral controller and derivative measurement. The nominal value of K 10. Using a 2% criterion, compute the settling time, Ts for a unit step disturbance, TX-s) = l/s. a. Ts = 0.02 s b. Ts = 0.19 s c. Ts = 1.03 s d. Ts = 4.83 s
ANSWER:Problem 5.12
Consider the feedback control system in Figure 5.51 where 
Figure 5.51 Feedback system with integral controller and derivative measurement.
The nominal value of K 10. Using a 2% criterion, compute the settling time, 
a. 
b. 
c. 
d. 
Step by Step Solution
Step 1 of 4
Consider the given transfer function.
Substitute 10 for K in the above equation.
