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Model a three op-amp instrumentation amplifier circuit with assumed values of resistors in which gain can be varied if potentiometer is varied over its entire range. Considering the same instrumentation amplifier to vary from unity gain to maximum gain (maximum gain value to be assumed on choice) phenomenon, model an

Model a three op-amp instrumentation amplifier circuit with assumed values of resistors in which gain can be varied if potentiometer is varied over its entire range. Considering the same instrumentation amplifier to vary from unity gain to maximum gain (maximum gain value to be assumed on choice) phenomenon, model an

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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1.Three op-amp instrumentation amplifier circuit with assumed resistor values 

2.Deriving the potentiometer value

3.Unique maximum gain assumption

4.Model equations

5.Solving 

Model a three op-amp instrumentation amplifier circuit with assumed values of resistors in which gain can be varied if potentiometer is varied over its entire range. Considering the instrumentation amplifier to vary from unity gain to maximum gain (maximum gain value to be assumed on choice) same phenomenon, model an
Transcribed Image Text:Model a three op-amp instrumentation amplifier circuit with assumed values of resistors in which gain can be varied if potentiometer is varied over its entire range. Considering the instrumentation amplifier to vary from unity gain to maximum gain (maximum gain value to be assumed on choice) same phenomenon, model an
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