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2. Figure 1 shows a voltmeter connection with 15 kO/ sensitivity, connected across Rb. Calculate the voltage reading and % error of each reading if the connected voltmeter has a (a) 5 V range. (b) 30 V range. Compare the error between the two voltmeters ranges, and discuss on the full-scale deflection of the voltmeter. Ra 40 ka V 45 V Rb 5 ko Figure 1

2. Figure 1 shows a voltmeter connection with 15 kO/ sensitivity, connected across Rb. Calculate the voltage reading and % error of each reading if the connected voltmeter has a (a) 5 V range. (b) 30 V range. Compare the error between the two voltmeters ranges, and discuss on the full-scale deflection of the voltmeter. Ra 40 ka V 45 V Rb 5 ko Figure 1

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
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2. Figure 1 shows a voltmeter connection with 15 kO/ sensitivity, connected across Rb. Calculate the voltage reading and % error of each reading if the connected voltmeter has a (a) 5 V range. (b) 30 V range. Compare the error between the two voltmeters ranges, and discuss on the full-scale deflection of the voltmeter. Ra 40 ka V 45 V Rb 5 ko Figure 1 3. Explain with a diagram the operation of a resistive position transducer. A shaft stroke of a 3 cm transducer has a total resistance of 5 kN. Calculate the output voltage when the wiper is at 0.5 cm from the largest resistance end, if the input given is 5 V.
Transcribed Image Text:2. Figure 1 shows a voltmeter connection with 15 kO/ sensitivity, connected across Rb. Calculate the voltage reading and % error of each reading if the connected voltmeter has a (a) 5 V range. (b) 30 V range. Compare the error between the two voltmeters ranges, and discuss on the full-scale deflection of the voltmeter. Ra 40 ka V 45 V Rb 5 ko Figure 1 3. Explain with a diagram the operation of a resistive position transducer. A shaft stroke of a 3 cm transducer has a total resistance of 5 kN. Calculate the output voltage when the wiper is at 0.5 cm from the largest resistance end, if the input given is 5 V.
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