3. Given the non-inverting amplifier: G₂ HE R₂ If R₁ = 4 ohms, R, = 8 ohms, C₁ = 2 F and C₂ = 3F, find the transfer function Vo(s)/ Vi (s). Vo(s) A. B. C. D. Vi(s) Vo(s) Vi(s) Vo(s) Vi(s) Vo(s) Vi(s) 16s 192s2 + 32s + 1 16s 192s² + 32s + 1 192s2 +48s + 1 192s² + 32s + 1 (1) 192s² + 48s + 1 192s² + 32s + 1

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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3. Given the non-inverting amplifier:
G₂
A.
B.
If R₁ = 4 ohms, R₂ = 8 ohms, C₁ = 2 F and C₂ = 3F, find the transfer function
Vo(s)/ Vi (s).
Vo(s)
C.
D.
Vi(s)
Vo(s)
Vi(s)
Vo(s)
Vi(s)
Vo(s)
Vi(s)
16s
192s2 + 32s + 1
16s
192s² + 32s + 1
192s² + 48s + 1
192s² + 32s + 1
==
vin
192s2 + 48s + 1
192s² + 32s + 1
R₂
1.30
Transcribed Image Text:3. Given the non-inverting amplifier: G₂ A. B. If R₁ = 4 ohms, R₂ = 8 ohms, C₁ = 2 F and C₂ = 3F, find the transfer function Vo(s)/ Vi (s). Vo(s) C. D. Vi(s) Vo(s) Vi(s) Vo(s) Vi(s) Vo(s) Vi(s) 16s 192s2 + 32s + 1 16s 192s² + 32s + 1 192s² + 48s + 1 192s² + 32s + 1 == vin 192s2 + 48s + 1 192s² + 32s + 1 R₂ 1.30
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