Question

1 of 4 Consider the following closed-loop system: $R(s)$ $K$ $Y(s)$ $s(s+a)$ Find the values of $K$ and $a$ such that: a. Settling time $t_s$ is equal to 1. b. Percentage overshoot $P.O.$ is equal to 15%. Please answer this question on paper. You will upload your photos after having finished and submitted the exam. I have answered this question.

          1 of 4
Consider the following closed-loop system:
$R(s)$ 
$K$
$Y(s)$
$s(s+a)$
Find the values of $K$ and $a$ such that:
a. Settling time $t_s$ is equal to 1.
b. Percentage overshoot $P.O.$ is equal to 15%.
Please answer this question on paper. You will upload your photos after having finished and submitted the
exam.
I have answered this question.

1 of 4
Consider the following closed-loop system:
R(s)
K
Y(s)
s(s+a)
Find the values of K and a such that:
a. Settling time ts is equal to 1.
b. Percentage overshoot P.O. is equal to 15%.
Please answer this question on paper. You will upload your photos after having finished and submitted the
exam.
I have answered this question.

Added by Noelia B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Shaiju T

Step 1

Settling time t is equal to 1: The settling time is the time it takes for the system's response to reach and stay within a certain percentage (usually 2%) of its final value. In this case, we want the settling time to be 1. To achieve a settling time of 1, we Show more…

Show all steps

Thanks for your feedback!

Consider the following closed-loop system: K IS (b + S)s Find the values of K and a such that: a. Settling time t is equal to 1. b. Percentage overshoot P.O. is equal to 15%. Please answer this question on paper. You will upload your photos after having finished and submitted the exam. I have answered this question.