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Step 2: Assume that the Op-Amp circuit in Fig (3.2) is working properly. a) Derive the transfer function H(s) = '°/v.: %3D b) Use Graph (3.2) to draw the asymptotic Bode plots for the frequency- response of the Op-Amp circuit. Fig (3.2) 10k2 3.3k2 +15V ↑ 0.01µF 7 2 2.7kN HA741 3 + 4 Vo(t) + -15V 27k2 V;(t) 0.01 μF

Step 2: Assume that the Op-Amp circuit in Fig (3.2) is working properly. a) Derive the transfer function H(s) = '°/v.: %3D b) Use Graph (3.2) to draw the asymptotic Bode plots for the frequency- response of the Op-Amp circuit. Fig (3.2) 10k2 3.3k2 +15V ↑ 0.01µF 7 2 2.7kN HA741 3 + 4 Vo(t) + -15V 27k2 V;(t) 0.01 μF

Introductory Circuit Analysis (13th Edition)
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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Step 2: Assume that the Op-Amp circuit in Fig (3.2) is working properly. V. a) Derive the transfer function H(s) = b) Use Graph (3.2) to draw the asymptotic Bode plots for the frequency- response of the Op-Amp circuit. Fig (3.2) 10k2 3.3k2 +15V 0.01µF 7 2 2.7k2 HA741 3 6 + 4 Vo(t) + -15V 27k2 V;(t) 0.01µF 2
Transcribed Image Text:Step 2: Assume that the Op-Amp circuit in Fig (3.2) is working properly. V. a) Derive the transfer function H(s) = b) Use Graph (3.2) to draw the asymptotic Bode plots for the frequency- response of the Op-Amp circuit. Fig (3.2) 10k2 3.3k2 +15V 0.01µF 7 2 2.7k2 HA741 3 6 + 4 Vo(t) + -15V 27k2 V;(t) 0.01µF 2
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