Question

1 a Determine the Transfer function of the signal flow graph given in Fig: 1 by using Mason's Gain formula. $G_4$ $G_1$ $G_2$ $G_3$ $R$ $-H_1$ $-H_2$ $-1$ Fig:1 1 b $\frac{C}{R}$(Transfer function) of the block diagram given in Fig:2 by using Block diagram reduction technique. $H_2$ $R$ $G_1$ $G_2$ $G_3$ $H_1$ $G_4$ $C$

          1 a
Determine the Transfer function of the signal flow graph given in Fig: 1 by using
Mason's Gain formula.
$G_4$
$G_1$
$G_2$
$G_3$
$R$
$-H_1$
$-H_2$
$-1$
Fig:1
1 b
$\frac{C}{R}$(Transfer function) of the block diagram given in Fig:2 by using
Block diagram reduction technique.
$H_2$
$R$
$G_1$
$G_2$
$G_3$
$H_1$
$G_4$
$C$

1 a
Determine the Transfer function of the signal flow graph given in Fig: 1 by using
Mason's Gain formula.
G4
G1
G2
G3
R
-H1
-H2
-1
Fig:1
1 b
(C)/(R)(Transfer function) of the block diagram given in Fig:2 by using
Block diagram reduction technique.
H2
R
G1
G2
G3
H1
G4
C

Added by Santiago C.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Jagjit Singh Chander

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1. Determine the transfer function of the signal flow graph given in Fig: 1 by using Mason's Gain formula. 2. Determine the transfer function R (Transfer function) of the block diagram given in Fig2 by using Block diagram reduction technique.