Shaft Problem(6): -A resistive position transducer (Fig.6-a) with a resistance of 5000 9-and a shaft stroke of 5 in is used in the arrangement of Fig.6-b. Potentiometer R&R is also 5000 and VT-5V. The initial position to be used as a referance is such that R₁=R2 (i.e,the shaft is at midstroke). At the start of the test,potentiometer R&R is adjusted so that the bridge is balanced(VE-0).If VE is measured to be -1.0V,find the distance travelled by the object being monitored and its direction. Conducting strip Fig.6a Fig.6b

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter18: Resistive-inductive Parallel Circuits
Section: Chapter Questions
Problem 8PP: In an R-L parallel circuit, ET=48 volts, IT=0.25 amps, R=320. Find XL.
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Shaft
Problem(6):
-A resistive position transducer (Fig.6-a) with a resistance of 5000 9-and
a shaft stroke of 5 in is used in the arrangement of Fig.6-b.
Potentiometer R&R is also 5000 and VT-5V. The initial position to be
used as a referance is such that R₁=R2 (i.e,the shaft is at midstroke).
At the start of the test,potentiometer R&R is adjusted so that the bridge
is balanced(VE-0).If VE is measured to be -1.0V,find the distance
travelled by the object being monitored and its direction.
Conducting strip
Fig.6a
Fig.6b
Transcribed Image Text:Shaft Problem(6): -A resistive position transducer (Fig.6-a) with a resistance of 5000 9-and a shaft stroke of 5 in is used in the arrangement of Fig.6-b. Potentiometer R&R is also 5000 and VT-5V. The initial position to be used as a referance is such that R₁=R2 (i.e,the shaft is at midstroke). At the start of the test,potentiometer R&R is adjusted so that the bridge is balanced(VE-0).If VE is measured to be -1.0V,find the distance travelled by the object being monitored and its direction. Conducting strip Fig.6a Fig.6b
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