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There is the following bellows pressure gauge with potentiometer: P1 P2 Bellows Eo The range of the transducer is: 0 – 700 kPa. The potentiometer is a sliding contact type and has a terminal resistance of 502 – 10KN ± 10% of full scale. The excitation voltage (power) is applied to the transducer Ei = 5V. Calculate the output voltage Eo for P = 0 KPa,P = 350 KPa,P = 700 KPa where the equation for the voltage divider on the potentiometer is as follows: Eo = R × Ei/R7 R7 = 10 K Ei = 5 V Eo = 5 x 10*R

There is the following bellows pressure gauge with potentiometer: P1 P2 Bellows Eo The range of the transducer is: 0 – 700 kPa. The potentiometer is a sliding contact type and has a terminal resistance of 502 – 10KN ± 10% of full scale. The excitation voltage (power) is applied to the transducer Ei = 5V. Calculate the output voltage Eo for P = 0 KPa,P = 350 KPa,P = 700 KPa where the equation for the voltage divider on the potentiometer is as follows: Eo = R × Ei/R7 R7 = 10 K Ei = 5 V Eo = 5 x 10*R

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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There is the following bellows pressure gauge with potentiometer: P1 P2 Bellows Eo The range of the transducer is: 0 – 700 kPa. The potentiometer is a sliding contact type and has a terminal resistance of 502 – 10KN ± 10% of full scale. The excitation voltage (power) is applied to the transducer Ei = 5V. Calculate the output voltage Eo for P = 0 KPa, P = 350 KPa, P = 700 KPa where the equation for the voltage divider on the potentiometer is as follows: Eo = R × Ei/R, 10 K Ei = 5 V Eo = 5 x 10*R
Transcribed Image Text:There is the following bellows pressure gauge with potentiometer: P1 P2 Bellows Eo The range of the transducer is: 0 – 700 kPa. The potentiometer is a sliding contact type and has a terminal resistance of 502 – 10KN ± 10% of full scale. The excitation voltage (power) is applied to the transducer Ei = 5V. Calculate the output voltage Eo for P = 0 KPa, P = 350 KPa, P = 700 KPa where the equation for the voltage divider on the potentiometer is as follows: Eo = R × Ei/R, 10 K Ei = 5 V Eo = 5 x 10*R
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