Problem 1 Find the closed-loop transfer function of the following system usign SFGs R(S) G₁(s) H₁(s) G4(s) G₂(s) Y(s) • First set N = 0, find the transfer function of R(s) G3(s) H₂(s) + + + N(s) Y(s) Secondly set R = 0 and find the transfer function of Y(s) N (s) ● Express Y(s) in terms of R(s) and N(s) when both inputs are applied simultaneously • Find the desired relation among the transfer functions G₁ (s), G₂ (s), G3(s), G4(s), H₁(s), and H₂(s) so that the output Y(s) is not affected by the disturbance signal N(s) at all
Problem 1 Find the closed-loop transfer function of the following system usign SFGs R(S) G₁(s) H₁(s) G4(s) G₂(s) Y(s) • First set N = 0, find the transfer function of R(s) G3(s) H₂(s) + + + N(s) Y(s) Secondly set R = 0 and find the transfer function of Y(s) N (s) ● Express Y(s) in terms of R(s) and N(s) when both inputs are applied simultaneously • Find the desired relation among the transfer functions G₁ (s), G₂ (s), G3(s), G4(s), H₁(s), and H₂(s) so that the output Y(s) is not affected by the disturbance signal N(s) at all
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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please solve problem on below:
![Problem 1
Find the closed-loop transfer function of the following system usign SFGs
R(S)
G₁(s)
H₁(s)
G4(s)
G₂(s)
• First set N = 0, find the transfer function of
Y(s)
R(S)
G3(s)
H₂(s)
+
+
N(s)
Y(s)
. Secondly set R = 0 and find the transfer function of
Y(s)
N (s)
● Express Y(s) in terms of R(s) and N(s) when both inputs are applied simultaneously
• Find the desired relation among the transfer functions G₁ (s), G₂ (s), G3(s), G4(s), H₁(s),
and H₂(s) so that the output Y(s) is not affected by the disturbance signal N(s) at
all.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fda00c756-c53a-4328-a4ad-48e9f2c15dde%2F8eb02815-c992-43e5-ae37-ca7e1138fd9b%2Foadqdfs_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 1
Find the closed-loop transfer function of the following system usign SFGs
R(S)
G₁(s)
H₁(s)
G4(s)
G₂(s)
• First set N = 0, find the transfer function of
Y(s)
R(S)
G3(s)
H₂(s)
+
+
N(s)
Y(s)
. Secondly set R = 0 and find the transfer function of
Y(s)
N (s)
● Express Y(s) in terms of R(s) and N(s) when both inputs are applied simultaneously
• Find the desired relation among the transfer functions G₁ (s), G₂ (s), G3(s), G4(s), H₁(s),
and H₂(s) so that the output Y(s) is not affected by the disturbance signal N(s) at
all.
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