V2(measured) = -493.55 µV (Enter the value as shown by the probe)I„(measured) = -82.537 nA (Enter the value as shown by the probe)I (measured) = -96.559 nA (Enter the value as shown by the probe)Based on the measured values of V2, I̟ & I_, can the op-amp be considered an idealamplifier (Yes or No)? Explain your answer. Rf10k2Vplus10VOpAmpAVoViR1(v1k2LM324ANGVinRLVminus1k2500mV10V3.2.

For ideal opamp, input impedance will be infinity. So that input current will be zero at both…

V-(measured) = -493.55 µV (Enter the value as shown by the probe) 1,(measured) = -82.537 nA (Enter the value as shown by the probe) I_(measured) = -96.559 nA (Enter the value as shown by the probe) %3D %3D Based on the measured values of V2, I̟ & I_, can the op-amp be considered an ideal amplifier (Yes or No)? Explain your answer.

V-(measured) = -493.55 µV (Enter the value as shown by the probe) 1,(measured) = -82.537 nA (Enter the value as shown by the probe) I_(measured) = -96.559 nA (Enter the value as shown by the probe) %3D %3D Based on the measured values of V2, I̟ & I_, can the op-amp be considered an ideal amplifier (Yes or No)? Explain your answer.

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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