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illustrates a Wheatstone bridge frequently used in strain gauge and Resistance Temperature Detector measurements. It is used to convert a resistance change to a voltage change. Prove that the relationship between a change in output voltage, ôV, and a change in resistance, &R1 can be approximated by: N, × V, R + R_ , B R1 R2 A D R1 R2 C V.

illustrates a Wheatstone bridge frequently used in strain gauge and Resistance Temperature Detector measurements. It is used to convert a resistance change to a voltage change. Prove that the relationship between a change in output voltage, ôV, and a change in resistance, &R1 can be approximated by: N, × V, R + R_ , B R1 R2 A D R1 R2 C V.

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
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illustrates a Wheatstone bridge frequently used in strain gauge and Resistance Temperature Detector measurements. It is used to convert a resistance change to a voltage change. Prove that the relationship between a change in output voltage, ôV. and a change in resistance, &R1 can be approximated by: V V. R, + R2. B R1 R2 A V. D R1 R2 Vs
Transcribed Image Text:illustrates a Wheatstone bridge frequently used in strain gauge and Resistance Temperature Detector measurements. It is used to convert a resistance change to a voltage change. Prove that the relationship between a change in output voltage, ôV. and a change in resistance, &R1 can be approximated by: V V. R, + R2. B R1 R2 A V. D R1 R2 Vs
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