Determine the transfer function, T (s) C(s) using Mason's gain formula from the following signal R(s) %3| flow diagram. 2 G, G2 G3 C R 1 -1 T (s) GG2+G2G3 1-G+G2+G3+G¡G2+G¡G3+G¡G,G3 GG2G3+2G2G3 T (s) 1+G+G2+G3+GG2+G¡G3+G2G3 OT (s) 3G, G2G3+2G2G3 1+G1+G2+G3+G¡G2+G¡G3+G¡G,G3 T (s) 1+G¡G»G3 1+G+G2+G3+G¡G2+G¡G3 None of the above
Determine the transfer function, T (s) C(s) using Mason's gain formula from the following signal R(s) %3| flow diagram. 2 G, G2 G3 C R 1 -1 T (s) GG2+G2G3 1-G+G2+G3+G¡G2+G¡G3+G¡G,G3 GG2G3+2G2G3 T (s) 1+G+G2+G3+GG2+G¡G3+G2G3 OT (s) 3G, G2G3+2G2G3 1+G1+G2+G3+G¡G2+G¡G3+G¡G,G3 T (s) 1+G¡G»G3 1+G+G2+G3+G¡G2+G¡G3 None of the above
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Determine the transfer function, T (s)
C(s)
using Mason's gain formula from the following signal
R(s)
flow diagram.
2
G,
G2
B
G3
C
1
A
1
R
-1
-1
-1
G¡G2+G»G3
T (s)
1-G1+G2+G3+G¡G2+G¡G3+G¡G2G3
T (s)
G,G,G3+2G,G3
1+G1+G2+G3+G¡G2+G¡G3+G2G3
3G,G,G3+2G;G3
T (s)
1+G1+G2+G3+G;G2+G¡G3+G¡G2G3
1+G¡G¿G3
ΟT (8)
1+G1+G2+G3+G¡G2+G¡G3
None of the above
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