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The output of a measurement device (sensor/transducer) ranges between 0 Vdc minimum to +0.375 Vdc maximum. A data acquisition system's input range is from 0 Vdc to +10 Vdc. A 741 Op amp is to be used to amplify the bridge's output voltage of +0.375 Vdc so that the input voltage to the data acquisition is +9.5 Vdc. You will use a voltmeter to check the amplifier's output.

The output of a measurement device (sensor/transducer) ranges between 0 Vdc minimum to +0.375 Vdc maximum. A data acquisition system's input range is from 0 Vdc to +10 Vdc. A 741 Op amp is to be used to amplify the bridge's output voltage of +0.375 Vdc so that the input voltage to the data acquisition is +9.5 Vdc. You will use a voltmeter to check the amplifier's output.

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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PROBLEM 4: The output of a measurement device (sensor/transducer) ranges between 0 Vdc minimum to +0.375 Vdc maximum. A data acquisition system's input range is from 0 Vdc to +10 Vdc. A 741 Op amp is to be used to amplify the bridge's output voltage of +0.375 Vdc so that the input voltage to the data acquisition is +9.5 Vdc. You will use a voltmeter to check the amplifier's output. E₁ a. Determine the amplifier's gain. b. Draw the amplifier circuit for an inverting configuration (the measurement device's output is e). Properly connect the voltmeter to the amplifier's output. c. Determine R₂ if R₁ = 470 22. R₁ R2 ww G= R2 R₁ E. G: 9.5 V + O E (t) E₂(t) = R₂ R₁ |
Transcribed Image Text:PROBLEM 4: The output of a measurement device (sensor/transducer) ranges between 0 Vdc minimum to +0.375 Vdc maximum. A data acquisition system's input range is from 0 Vdc to +10 Vdc. A 741 Op amp is to be used to amplify the bridge's output voltage of +0.375 Vdc so that the input voltage to the data acquisition is +9.5 Vdc. You will use a voltmeter to check the amplifier's output. E₁ a. Determine the amplifier's gain. b. Draw the amplifier circuit for an inverting configuration (the measurement device's output is e). Properly connect the voltmeter to the amplifier's output. c. Determine R₂ if R₁ = 470 22. R₁ R2 ww G= R2 R₁ E. G: 9.5 V + O E (t) E₂(t) = R₂ R₁ |
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