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For the system given in the figure on the right-hand side, where the input is four-unit step i.e., r t = 4(t). a) Find the value of gain K that yields max. 20% overshoot, b) Find the peak time for this gain, c) Find the settling time for this gain, d) Find the steady-state and peak values of the response for this gain.

For the system given in the figure on the right-hand side, where the input is four-unit step i.e., r t = 4(t). a) Find the value of gain K that yields max. 20% overshoot, b) Find the peak time for this gain, c) Find the settling time for this gain, d) Find the steady-state and peak values of the response for this gain.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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For the system given in the figure on the right-hand side, where the input is four-unit step i.e., r t = 4(t). (a) Find the value of gain K that yields max. 20% overshoot, (b) Find the peak time for this gain, (c) Find the settling time for this gain, (d) Find the steady-state and peak values of the response for this gain. (e) Find the value of gain K that yields max. 30% overshoot, (f) Find the peak time for this gain, (g) Find the settling time for this gain
Transcribed Image Text:For the system given in the figure on the right-hand side, where the input is four-unit step i.e., r t = 4(t). (a) Find the value of gain K that yields max. 20% overshoot, (b) Find the peak time for this gain, (c) Find the settling time for this gain, (d) Find the steady-state and peak values of the response for this gain. (e) Find the value of gain K that yields max. 30% overshoot, (f) Find the peak time for this gain, (g) Find the settling time for this gain
R(s) K s² + s +2 1 2 K C(s)
Transcribed Image Text:R(s) K s² + s +2 1 2 K C(s)
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