In the following control system where G(s) = design the PI controller Ge(s) = Kp + such that the output y(t) tracks the unit step input r(t) with zero steady-state error and the transient performance of the unit step input satisfies 1 second settling time and 20% overshoot (ts=1, %OS = 20) r(t) v(t) Gc(s) G(s) Note: 77 Tp == wy 1-72 . (wn Ts=00S= *OS= 100.e-/\-7² (= == -In(%OS/100) 72+2(%0S/100)
In the following control system where G(s) = design the PI controller Ge(s) = Kp + such that the output y(t) tracks the unit step input r(t) with zero steady-state error and the transient performance of the unit step input satisfies 1 second settling time and 20% overshoot (ts=1, %OS = 20) r(t) v(t) Gc(s) G(s) Note: 77 Tp == wy 1-72 . (wn Ts=00S= *OS= 100.e-/\-7² (= == -In(%OS/100) 72+2(%0S/100)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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![In the following control system where G(s) =
design the PI controller Ge(s) = Kp +
such that the output y(t) tracks the unit step input r(t) with zero steady-state error and the
transient performance of the unit step input satisfies 1 second settling time and 20% overshoot
(ts=1, %OS = 20)
r(t)
v(t)
Gc(s)
G(s)
Note:
77
Tp
==
wy 1-72
.
(wn
Ts=00S=
*OS= 100.e-/\-7² (=
==
-In(%OS/100)
72+2(%0S/100)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbd064720-ebef-4773-8883-b8e715e64d43%2F0ab127f9-ae86-49cd-81d9-215c4e93a174%2Fttpv8di_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In the following control system where G(s) =
design the PI controller Ge(s) = Kp +
such that the output y(t) tracks the unit step input r(t) with zero steady-state error and the
transient performance of the unit step input satisfies 1 second settling time and 20% overshoot
(ts=1, %OS = 20)
r(t)
v(t)
Gc(s)
G(s)
Note:
77
Tp
==
wy 1-72
.
(wn
Ts=00S=
*OS= 100.e-/\-7² (=
==
-In(%OS/100)
72+2(%0S/100)
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