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(a) A Resistor Temperature Detector (RTD) sensor connected into one arm of a Wheatstone bridge as shown in Figure Q4 (a). The RTD resistance changes with temperature according to the following equation: R = Ro (1+ 0.00397) where R, is the resistance of the RTD at any temperature T, T, is the temperature Ro, is the RTD resistance at room temperature (25 °C). (i) If the bridge is balance at temperature of 25 °C, calculate the value of RTD resistance at balance condition. (ii) Calculate the value of Vout at a steady state temperature of 550 °C. 200 Q 400 Q 6V Vout 50 2 RTD Figure Q4 (a)

(a) A Resistor Temperature Detector (RTD) sensor connected into one arm of a Wheatstone bridge as shown in Figure Q4 (a). The RTD resistance changes with temperature according to the following equation: R = Ro (1+ 0.00397) where R, is the resistance of the RTD at any temperature T, T, is the temperature Ro, is the RTD resistance at room temperature (25 °C). (i) If the bridge is balance at temperature of 25 °C, calculate the value of RTD resistance at balance condition. (ii) Calculate the value of Vout at a steady state temperature of 550 °C. 200 Q 400 Q 6V Vout 50 2 RTD Figure Q4 (a)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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O Weel x P *Wee x E Tuto X 岳*Tutc X *Topi x Topic x P Mod X P 2019 X esktop/insturmation/Acad%20Form%2012-Final%20Exam-ELEC2113-2018-2019.pdf D Page view A Read aloud O Add text V Draw Y Highlight (a) A Resistor Temperature Detector (RTD) sensor connected into one arm of a Wheatstone bridge as shown in Figure Q4 (a). The RTD resistance changes with temperature according to the following equation: R = Ro (1+ 0.00397) where R, is the resistance of the RTD at any temperature T, T, is the temperature Ro, is the RTD resistance at room temperature (25 °C). (i) If the bridge is balance at temperature of 25 °C, calculate the value of RTD resistance at balance condition. (ii) Calculate the value of Vout at a steady state temperature of 550 °C. 200 N || 400 Q 6V 50 2 RTD Figure Q4 (a) 42
Transcribed Image Text:O Weel x P *Wee x E Tuto X 岳*Tutc X *Topi x Topic x P Mod X P 2019 X esktop/insturmation/Acad%20Form%2012-Final%20Exam-ELEC2113-2018-2019.pdf D Page view A Read aloud O Add text V Draw Y Highlight (a) A Resistor Temperature Detector (RTD) sensor connected into one arm of a Wheatstone bridge as shown in Figure Q4 (a). The RTD resistance changes with temperature according to the following equation: R = Ro (1+ 0.00397) where R, is the resistance of the RTD at any temperature T, T, is the temperature Ro, is the RTD resistance at room temperature (25 °C). (i) If the bridge is balance at temperature of 25 °C, calculate the value of RTD resistance at balance condition. (ii) Calculate the value of Vout at a steady state temperature of 550 °C. 200 N || 400 Q 6V 50 2 RTD Figure Q4 (a) 42
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