3ece 16 Q5/A1 G (s) = Kp = lim G(s) = 530 Ku Ка P 10 S(0.15+1) E(s) R(S) lim SG(s) 530 = lim S²G(S) = 5-0 = then > K₁ = ∞ K₂ = K3 = ㅎ Ku = lo 0(0.1(0)+1 1 I+G(s) 0.15² +5 10 +0.15² +5 0.1 = 10 18 -0.001 0.1(0)+1 ok lo 0.1*0+1 1+ = 10 =-1000 દરે 10 Sco-15+1) +1 1 10 0.15² +5 =o.ls+os² -0.00 15³. (4 Explain to me how the step in the red box occurred. And the step in the blue box also ■

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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3ece 16
Q5/A/
G (s) =
Kp = lim G(s) =
So
Ku =
Ka
10
S(0.15+1)
E(s)
R(3)
= lim S²G(S) =
=
5-0
K3 =
Ku =
lim SG(S) =
So
then >
K₁ =
K₂ =
ols² +s
10 +0.15² +5
lo
0(0.1(0)+1
1
I+G(s)
=
ㅎ
= 10
18
-0.001
0.1(0)+1
0x 10
0.1*0 +1
=
50
= 10
=-1000
=O
1+√10
S(0.15+1)
+1
1
10
0.15² +5
=o.ls+os² -0.0015³~
Explain to me
how the step in
the red box
occurred. And
the step in the
blue box also .
Transcribed Image Text:3ece 16 Q5/A/ G (s) = Kp = lim G(s) = So Ku = Ka 10 S(0.15+1) E(s) R(3) = lim S²G(S) = = 5-0 K3 = Ku = lim SG(S) = So then > K₁ = K₂ = ols² +s 10 +0.15² +5 lo 0(0.1(0)+1 1 I+G(s) = ㅎ = 10 18 -0.001 0.1(0)+1 0x 10 0.1*0 +1 = 50 = 10 =-1000 =O 1+√10 S(0.15+1) +1 1 10 0.15² +5 =o.ls+os² -0.0015³~ Explain to me how the step in the red box occurred. And the step in the blue box also .
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