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For the given OPAMP circuit in Fig.2, (a) obtain the transfer function G(s) = V«s)Ī V¼s) in terms of Zı(s) and Z2(s). (b) Find the G(s) taking Zi as R1 (=3 MN), and Zz as R2 (=2MQ) in series with a capacitor C (=1µF). Vi

For the given OPAMP circuit in Fig.2, (a) obtain the transfer function G(s) = V«s)Ī V¼s) in terms of Zı(s) and Z2(s). (b) Find the G(s) taking Zi as R1 (=3 MN), and Zz as R2 (=2MQ) in series with a capacitor C (=1µF). Vi

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Electrical engineering major

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EE350 ( System dynamics and control )

For the given OPAMP circuit in Fig.2, (a) obtain the transfer function G(s) = V(s) / V(s) in terms of Zi(s) and Z2(s). (b) Find the G(s) taking Zi as R1 (=3 MQ), and Z2 as R2 (=2MQ) in series with a capacitor C (=lµF). Vi
Transcribed Image Text:For the given OPAMP circuit in Fig.2, (a) obtain the transfer function G(s) = V(s) / V(s) in terms of Zi(s) and Z2(s). (b) Find the G(s) taking Zi as R1 (=3 MQ), and Z2 as R2 (=2MQ) in series with a capacitor C (=lµF). Vi
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