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+v R, Rz ovo Rf2 1.+ Redrawthe circuit-equivalentwhenoperatingat-a-DCvoltage(OHz).1 VerifyusingKCL-that-the circuit-operation-will-be-that-ofa-non-invertingamplifier.1 2.→ Redrawthe circuit-equivalentat veryhigh-frequencies.-Verifythat Voutisshorted.-(Hint.-Note: the reactance at-the non-invertinginputat-extremelyhighfrequencies.-What-will-bethe- voltage at that-node?-What-doesthis-meanforthe voltage at-Rf2?)¶1 3.+ Let-C1= C2.Calculate the valuesofC1-and-C2-for-a-cut-off frequency of500-Hz-if-R1-and-R2. are-33kohm-and-choosereasonable valuesof Rf1and-RF2•50-thatthe-gain-at-low-frequenciesis. 4-dB.--1 75

+v R, Rz ovo Rf2 1.+ Redrawthe circuit-equivalentwhenoperatingat-a-DCvoltage(OHz).1 VerifyusingKCL-that-the circuit-operation-will-be-that-ofa-non-invertingamplifier.1 2.→ Redrawthe circuit-equivalentat veryhigh-frequencies.-Verifythat Voutisshorted.-(Hint.-Note: the reactance at-the non-invertinginputat-extremelyhighfrequencies.-What-will-bethe- voltage at that-node?-What-doesthis-meanforthe voltage at-Rf2?)¶1 3.+ Let-C1= C2.Calculate the valuesofC1-and-C2-for-a-cut-off frequency of500-Hz-if-R1-and-R2. are-33kohm-and-choosereasonable valuesof Rf1and-RF2•50-thatthe-gain-at-low-frequenciesis. 4-dB.--1 75

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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RI Rz Vo %3D 2R.R.CG. REZ 1.+ Redrawthe circuit-equivalentwhenoperatingat-a-DC-voltage(0Hz).1 VerifyusingKCL-that-the circuit-operation will-be-that-of a-non-invertingamplifier. 2.→ Redrawthe circuit-equivalentat-veryhigh-frequencies.-VerifythatVoutisshorted.-(Hint.-Note- thereactance at-thenon-invertinginputat-extremelyhighfrequencies.--What-will-bethe- voltage at-that-node?-What-doesthis-meanfor-the voltage at-Rf2?)1 3.+ Let-C1=C2..-Calculate thevaluesofC1-and-C2-for-a-cut-offfrequency of500-Hz-if-R1-and-R2. are-33kohm-and-choosereasonablevaluesof Rf1 and-RF2•50-thatthe-gain-at-low-frequenciesis- 4-dB.--1 4.→ Simulate the circuit-on-Multisim-andrepeatsteps4-and5-of-Part-1-again.--Produce its-Bode Plot- using-the AC-Sweepfunction.-Identify-the type of responsecurve andtheroll-offrate. +,
Transcribed Image Text:RI Rz Vo %3D 2R.R.CG. REZ 1.+ Redrawthe circuit-equivalentwhenoperatingat-a-DC-voltage(0Hz).1 VerifyusingKCL-that-the circuit-operation will-be-that-of a-non-invertingamplifier. 2.→ Redrawthe circuit-equivalentat-veryhigh-frequencies.-VerifythatVoutisshorted.-(Hint.-Note- thereactance at-thenon-invertinginputat-extremelyhighfrequencies.--What-will-bethe- voltage at-that-node?-What-doesthis-meanfor-the voltage at-Rf2?)1 3.+ Let-C1=C2..-Calculate thevaluesofC1-and-C2-for-a-cut-offfrequency of500-Hz-if-R1-and-R2. are-33kohm-and-choosereasonablevaluesof Rf1 and-RF2•50-thatthe-gain-at-low-frequenciesis- 4-dB.--1 4.→ Simulate the circuit-on-Multisim-andrepeatsteps4-and5-of-Part-1-again.--Produce its-Bode Plot- using-the AC-Sweepfunction.-Identify-the type of responsecurve andtheroll-offrate. +,
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