Vo(s)Q1) Find the transfer function G(s)Vi(s)'networks shown below. Repeat the same with the Nodal analysis.v¡(1)oooo2 H192=+ Vo(t)-oooo3 H(a)using Mesh analysis, for each of the electricalvi(t)1 H00001H00001 Helle(b)1921F 1FVo(t)

For the given electrical network the transfer function needs to be calculated by using the mesh…

Answered: Vo(s) Vi(s)' networks shown below.…

Vo(s) Vi(s)' networks shown below. Repeat the same with the Nodal analysis. Q1) Find the transfer function G (s) - using Mesh analysis, for each of the electrical

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

Vo(s)
Q1) Find the transfer function G(s)
Vi(s)'
networks shown below. Repeat the same with the Nodal analysis.
v¡(1)
oooo
2 H
192
=
+ Vo(t)-
oooo
3 H
(a)
using Mesh analysis, for each of the electrical
vi(t)
1 H
0000
1H
0000
1 H
elle
(b)
192
1F 1F
Vo(t)

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Step 1: Requirement

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Step 2: Option a using mesh analysis

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Step 3: Option a using nodal analysis

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Step 4: Option b using mesh analysis

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Step 5: Option b using nodal analysis

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heast-1-prod-fileet02-xythos.content.blackboardcdn.com/5cde00b02d001/2386803PX-Blackboard- - + ? E D Page view AN Read aloud O Add text REVIEW PROBLEMS Transfer Functions of ElectricolNetworks 1. Find the transfer function, G(s) = (O/V(S), of the network below 0000 MESH EQUATIONS: (2s +2) 4(s) |-24) =V(s) (2s + 4) 46) Solve for /, (s) using Cramer's Rule: 2s+2 Vs)I 2 V(s) 4s² + 4s +8s +8– 4 1(6) = 12s+ 2 -2 H-2| 2s+4. |(2s+2)(25+ 4D (-2)(-2) 2V(s) V(s) 4s2 + 12s+4 2s+6s +2 Remember that, V (s) = (25) I, (s), therefore V(s) 2s2 + 6s + 2 V (s) V(s) 2s 2s2 + 6s + 2 2s V (s) V(s) 2s² + 6s V (s) V(s) W 0000