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Problem 3. A 1st-order voltmeter with the time constant of 15 milliseconds and the gain of 5.3 V/V was utilized to measure the periodic voltage signal V(t) = 15.75-sin (40 - t) V. (a) Determine the dynamic error of this voltage measurement in %:

Problem 3. A 1st-order voltmeter with the time constant of 15 milliseconds and the gain of 5.3 V/V was utilized to measure the periodic voltage signal V(t) = 15.75-sin (40 - t) V. (a) Determine the dynamic error of this voltage measurement in %:

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Problem 3. A 1st-order voltmeter with the time constant of 15 milliseconds and the gain of 5.3 V/V was utilized to measure the periodic voltage signal V(t) = 15.75-sin(40.π-t) V. (a) Determine the dynamic error of this voltage measurement in %: (b) (c) Calculate the time delay (in milliseconds) in this voltage measurement: Answer: Find the dynamic bandwidth of this voltmeter in Hz: % ms
Transcribed Image Text:Problem 3. A 1st-order voltmeter with the time constant of 15 milliseconds and the gain of 5.3 V/V was utilized to measure the periodic voltage signal V(t) = 15.75-sin(40.π-t) V. (a) Determine the dynamic error of this voltage measurement in %: (b) (c) Calculate the time delay (in milliseconds) in this voltage measurement: Answer: Find the dynamic bandwidth of this voltmeter in Hz: % ms
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