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An amplifier circuit containing an OpAmp is shown in the circuit below: R1 22ko +1.769V R3 180kO A1 R2 18KQ -0.727 y Vout Calculate: 1. Voltage Vout: 2. Current Al1: uA

An amplifier circuit containing an OpAmp is shown in the circuit below: R1 22ko +1.769V R3 180kO A1 R2 18KQ -0.727 y Vout Calculate: 1. Voltage Vout: 2. Current Al1: uA

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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An amplifier circuit containing an OpAmp is shown in the circuit below: R1 22kO +1.769V R3 180KQ A1 R2 18KO -0.727 V_ Vout Calculate: 1. Voltage Vout: 2. Current A1: uA A sensor provides an output voltage ranging from 447 uV to 46 mV. The sensor signal is to be logged on a computer which has an Analog-to-Digital Converter (ADC) requiring 0 V to 1 V for full- scale operation. For the differential amplifier circuit shown, calculate: 1. The required circuit gain: 2. Value of V1 if the sensor is connected to V2: uV 3. Value of R2: kQ 4. Value of R4: R2 1kQ V1 Vout 1kQ V2 R4
Transcribed Image Text:An amplifier circuit containing an OpAmp is shown in the circuit below: R1 22kO +1.769V R3 180KQ A1 R2 18KO -0.727 V_ Vout Calculate: 1. Voltage Vout: 2. Current A1: uA A sensor provides an output voltage ranging from 447 uV to 46 mV. The sensor signal is to be logged on a computer which has an Analog-to-Digital Converter (ADC) requiring 0 V to 1 V for full- scale operation. For the differential amplifier circuit shown, calculate: 1. The required circuit gain: 2. Value of V1 if the sensor is connected to V2: uV 3. Value of R2: kQ 4. Value of R4: R2 1kQ V1 Vout 1kQ V2 R4
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