A Wheatstone bridge circuit is shown in Figure below, where R=R=Ry=1202, R, represents a resistance-temperature detector (RTD), and voltage source V, = 10 v. Provide the answers to questions 23 - 30. R, R,

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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A Wheatstone bridge circuit is shown in Figure below, where R1=R:=R=1202, R. represents a
resistance-temperature detector (RTD), and voltage source V, = 10 v.
Provide the answers to questions 23 – 30.
R,
R,
R,
Transcribed Image Text:A Wheatstone bridge circuit is shown in Figure below, where R1=R:=R=1202, R. represents a resistance-temperature detector (RTD), and voltage source V, = 10 v. Provide the answers to questions 23 – 30. R, R, R,
29. If output voltage V = VA - Vg of the Wheatstone bridge circuit is adjusted from the
measuring range of 0 V -(-0.5) V to the required level of 0 V-5 V through lincar
function Vout = KV + Vo, then the required linear voltage measuring function is
(a) Vout = 10V
(b) Vout = -10V, + 2V
(c) Vout = -10V;
Transcribed Image Text:29. If output voltage V = VA - Vg of the Wheatstone bridge circuit is adjusted from the measuring range of 0 V -(-0.5) V to the required level of 0 V-5 V through lincar function Vout = KV + Vo, then the required linear voltage measuring function is (a) Vout = 10V (b) Vout = -10V, + 2V (c) Vout = -10V;
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