1) CHOICES: Ump 3= www 2R -(RCs + 1) RC₂1 www N/20 #R²C² s² +3RCs +1 R²C2g2+ RCs +1 5 Ugut # - RCs + 1 RCS + 1 R²C² s² - RCs +1 D2C2.2 2 RC. 1 2) R₁ = R²C² s² + RCs +1 R2C2g2+3RCs + 1 R₂ (= R₁) Lov. RCs 1 RCs + 1 1 #R²C² s² - 3RCs +1 R2C2 s2 RCs + 1
1) CHOICES: Ump 3= www 2R -(RCs + 1) RC₂1 www N/20 #R²C² s² +3RCs +1 R²C2g2+ RCs +1 5 Ugut # - RCs + 1 RCS + 1 R²C² s² - RCs +1 D2C2.2 2 RC. 1 2) R₁ = R²C² s² + RCs +1 R2C2g2+3RCs + 1 R₂ (= R₁) Lov. RCs 1 RCs + 1 1 #R²C² s² - 3RCs +1 R2C2 s2 RCs + 1
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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Q.) 1 KINDLY ANSWER sub parts #1 & 2 WITH COMPLETE SOLUTION

Transcribed Image Text:Find the transfer Function for the following electrical networks.
CHOICES:
#
1)
⠀
Unp
=0
с
ww
2R
-(RC's + 1)
RCs + 1
www
R²C²s² +3RCs +1
R²C2 s2 + RCs + 1
N|20
#
HH
Ugit
# - RCs + 1
RCs + 1
R²C2 s² RCs + 1
R²C2 s23RCs + 1
2)
R₁
R²C² s² + RCs +1
R²C282 +3RCs + 1
R₂ (= R₁)
# RCs-1
RCs + 1
⠀
V₂
#1
R²C² s23RCs +1
R²C2 s2 RCs + 1
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