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C1 Rg For the circuit shown, assuming ideal OP AMP: i) Derive an expression for the Transfer Function. [vo(s)/vi(s)]. 1. ii) Plot the Transfer Function versus frequency (Magnitude & Phase), where: R1 = 1 k2, R2 = 100k2 , C1 = 10 µF & C2 = 1.0 nF. If the values of C1 = C2=0, assuming non-ideal OP AMP with GBWP of 1 MHz, sketch the transfer function magnitude vs frequency only. iii)

C1 Rg For the circuit shown, assuming ideal OP AMP: i) Derive an expression for the Transfer Function. [vo(s)/vi(s)]. 1. ii) Plot the Transfer Function versus frequency (Magnitude & Phase), where: R1 = 1 k2, R2 = 100k2 , C1 = 10 µF & C2 = 1.0 nF. If the values of C1 = C2=0, assuming non-ideal OP AMP with GBWP of 1 MHz, sketch the transfer function magnitude vs frequency only. iii)

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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can you answer question 1, 2 and 3?

R2 For the circuit shown, assuming ideal OP AMP: i) Derive an expression for the Transfer Function. [vo(s)/v:(s)]. 1. Plot the Transfer Function versus frequency (Magnitude & Phase), ii) where: R1 = 1 k2, R2 = 100k2 , C1 = 10 µF & C2 =1.0 nF. iii) If the values of C1 = C2=0, assuming non-ideal OP AMP with GBWP of 1 MHz, sketch the transfer function magnitude vs frequency only.
Transcribed Image Text:R2 For the circuit shown, assuming ideal OP AMP: i) Derive an expression for the Transfer Function. [vo(s)/v:(s)]. 1. Plot the Transfer Function versus frequency (Magnitude & Phase), ii) where: R1 = 1 k2, R2 = 100k2 , C1 = 10 µF & C2 =1.0 nF. iii) If the values of C1 = C2=0, assuming non-ideal OP AMP with GBWP of 1 MHz, sketch the transfer function magnitude vs frequency only.
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