Q2) The RTD sensor were used to measure the temperature, from zero to 100°C. It connected to thecircuit shown in Figure 1. Write the circuit equation and compute 5 values that representing theR100-RoT100 Rotemperature against the output voltage. Note the a =where R100 is the sensor resistance at100°C temperature which is 139.20, Ro is the sensor resistance at 0°C temperature which equals to1000, T100 the temperature equal to 100°C and a is the RTD constant.U1R3R61ko10kaR1U349.5kaR41kaOutputV17VRTDR249.5kaU2R5R91kO100kaR710kaFigure 1

In the above figure, the instrumentation amplifier should have the difference amplifier(output side)…

The RTD sensor were used to measure the temperature, from zero to 100°C. It connected to the circuit shown in Figure 1. Write the circuit equation and compute 5 values that representing the temperature against the output voltage. Note the a = 100 where R100 is the sensor resistance at T100 Ro 100°C temperature which is 139.20, Ro is the sensor resistance at 0°C temperature which equals to 1000, T100 the temperature equal to 100°C and a is the RTD constant. u1 R3 R6 1k0 10kO R1 U3 49.5ka R4 Output RTD R2 49.5ka U2 R5 R9 100kO

The RTD sensor were used to measure the temperature, from zero to 100°C. It connected to the circuit shown in Figure 1. Write the circuit equation and compute 5 values that representing the temperature against the output voltage. Note the a = 100 where R100 is the sensor resistance at T100 Ro 100°C temperature which is 139.20, Ro is the sensor resistance at 0°C temperature which equals to 1000, T100 the temperature equal to 100°C and a is the RTD constant. u1 R3 R6 1k0 10kO R1 U3 49.5ka R4 Output RTD R2 49.5ka U2 R5 R9 100kO

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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