A single-input, single-output system has the state variable representation3][1 X₁(1)X2(1)a.b.C.d.[x₁(1)X2(1)The transfer function of the system T(s) = Y(s)/U(s) is:T(S)T(S)T(S)T(S)==X₁ (1)X₂(1)=3s²+3s+2s+3s²+3s+2s²+3s²+3s+2023s+3s²+3s+2-3+y(t) = [31]84u(t)

We need to find out transfer function for given system

A single-input, single-output system has the state variable representation a. O b. C. d. T(S) T(S) T(S) y(t) = [3 The transfer function of the system T(s) = Y(s)/U(s) is: T(S) = = = [60] X₂ (1) = 3 s²+3s+2 s+3 s²+3s+2 s²+3 s²+3s+2 = 3s+3 s²+3s+2 [₁ 0 -2 11 1 -3 X₂(1) + X₂(1) 8- (1)

A single-input, single-output system has the state variable representation a. O b. C. d. T(S) T(S) T(S) y(t) = [3 The transfer function of the system T(s) = Y(s)/U(s) is: T(S) = = = [60] X₂ (1) = 3 s²+3s+2 s+3 s²+3s+2 s²+3 s²+3s+2 = 3s+3 s²+3s+2 [₁ 0 -2 11 1 -3 X₂(1) + X₂(1) 8- (1)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

A single-input, single-output system has the state variable representation
3][
1 X₁(1)
X2(1)
a.
b.
C.
d.
[x₁(1)
X2(1)
The transfer function of the system T(s) = Y(s)/U(s) is:
T(S)
T(S)
T(S)
T(S)
=
=
X₁ (1)
X₂(1)
=
3
s²+3s+2
s+3
s²+3s+2
s²+3
s²+3s+2
0
2
3s+3
s²+3s+2
-3
+
y(t) = [31]
84
u(t)

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