A temperature sensor is used in a Wheatstone bridge as shown below to measure temperature from100°C to 400°C. The sensor has a resistance temperature relationship of aRT = Ro (a + T)(where T in °C). It is known that R100°c=120n and R400°c =1800. Given that a 30.3 V voltage supplyVs is available and R1= R2=100N.If R4 (in 2) is chosen such that the bridge has.an output range of 0-3V, find the nonlinearity (in %) ofthe bridge at 140°C as a percentage of the full scale.(Answers must match to 4 decimal places.)R2RATemp. sensor

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A temperature sensor is used in a Wheatstone bridge as shown below to measure temperature from 100°C to 400°C. The sensor has a resistance temperature relationship of aRT = Ro (a + T) (where T in "C). It is known that R100°c=120N and R400rc =180N. Given that a 30.3 V voltage supply Vs is available and R1= R2=1000. If R4 (in 2) is chosen such that the bridge has.an output range of O-3V, find the nonlinearity (in %) of the bridge at 140°C as a percentage of the full scale. (Answers must match to 4 decimal places.) R2 RA Temp. sensor

A temperature sensor is used in a Wheatstone bridge as shown below to measure temperature from 100°C to 400°C. The sensor has a resistance temperature relationship of aRT = Ro (a + T) (where T in "C). It is known that R100°c=120N and R400rc =180N. Given that a 30.3 V voltage supply Vs is available and R1= R2=1000. If R4 (in 2) is chosen such that the bridge has.an output range of O-3V, find the nonlinearity (in %) of the bridge at 140°C as a percentage of the full scale. (Answers must match to 4 decimal places.) R2 RA Temp. sensor

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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