C(s) (a) Calculate the transfer function using block diagram reduction techniques. You must show R(s) the reduction process step by step. C(s) R(s) (b) Draw the Signal Flow Graph (SFG) for the system. Calculate the transfer function Mason's Formula. You must show the application of the Mason's Formula step by step. R(s) s+1 s+2 1 H 1 s+ 3 S s+1 1 S + C(s) using

C(s) (a) Calculate the transfer function using block diagram reduction techniques. You must show R(s) the reduction process step by step. C(s) R(s) (b) Draw the Signal Flow Graph (SFG) for the system. Calculate the transfer function Mason's Formula. You must show the application of the Mason's Formula step by step. R(s) s+1 s+2 1 H 1 s+ 3 S s+1 1 S + C(s) using

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

C(s)
(a) Calculate the transfer function using block diagram reduction techniques. You must show
R(s)
the reduction process step by step.
C(s)
(b) Draw the Signal Flow Graph (SFG) for the system. Calculate the transfer function using
Mason's Formula. You must show the application of the Mason's Formula step by step.
R(s)
1
s+3
R(s)
+ +
s+1
S+2
1
S
S
s+1
1
S
+
C(s)

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Step 1: State the given data.

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Step 2: Writing the block diagram reduction rules.

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Step 3: Defining the Mason's gain formula.

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Step 4: a) Reducing the block diagram.

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Step 5: Finding the transfer function.

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Step 6: b) Writing the forward paths.

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Step 7: Writing the individual loops.

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Step 8: Finding the transfer function using Mason's gain formula.

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