Quarter-bridge strain gauge circuitR2+ Vout –strain gaugeER4The Wheatstone bridge shown has the following values:E = 15 VR1 = 100 2R2 = 100 2R3 = 100 2R4 = 100 2 (strain gage)If an applied compressive force changes the strain gage to 88.89 2, what is the output voltage?No label, no unit, just the number. Quarter-bridge strain gauge circuit...R1R2+ Vout –strain gaugeER4The Wheatstone bridge shown has the following values:R2 = 65 2R3 = 40 NR4 = 100 2 (strain gage)What must be the value of R1 to start with a balanced condition?No label, no unit, just the number.

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If an applied compressive force changes the strain gage to 88.89 2, what is the output voltage?

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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Question

Quarter-bridge strain gauge circuit
R2
+ Vout –
strain gauge
E
R4
The Wheatstone bridge shown has the following values:
E = 15 V
R1 = 100 2
R2 = 100 2
R3 = 100 2
R4 = 100 2 (strain gage)
If an applied compressive force changes the strain gage to 88.89 2, what is the output voltage?
No label, no unit, just the number.

Quarter-bridge strain gauge circuit
...
R1
R2
+ Vout –
strain gauge
E
R4
The Wheatstone bridge shown has the following values:
R2 = 65 2
R3 = 40 N
R4 = 100 2 (strain gage)
What must be the value of R1 to start with a balanced condition?
No label, no unit, just the number.

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