A 480 range voltmeter is having an accuracy of ± 0.14% of FSD. Calculate the following for the given M1 =385 volt and M2=440 volt. (i) Range of acceptable measurement values . (ii) % of error for a measurement . Accuracy= For M1 reading : Maximum Acceptable Value = Minimum Acceptable value = % Error = For M2 Reading : Minimum Acceptable value = Maximum Acceptable Value = % of Error =

A 480 range voltmeter is having an accuracy of ± 0.14% of FSD. Calculate the following for the given M1 =385 volt and M2=440 volt. (i) Range of acceptable measurement values . (ii) % of error for a measurement . Accuracy= For M1 reading : Maximum Acceptable Value = Minimum Acceptable value = % Error = For M2 Reading : Minimum Acceptable value = Maximum Acceptable Value = % of Error =

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter4: Electric Meters

Section: Chapter Questions

Problem 9RQ: Explain the operation of an analog voltmeter.

See similar textbooks

Similar questions

How is a solid-state diode tested? Explain.
What is the difference between a diode and rectifier?
4)This multiple choice question from MEASUREMENTS INSTRUMENTATIONS course.
List three differences between p-type and N-type semiconductors ((you can use a diagram))
simply Note: Use the keyboard, do not use handwriting
Summarize on how testing is carried out on isolators and circuit breakers of high voltage system. High voltage engineering
Subject: Engineering Electronics In 150 words or more: Kindly answer the question in essay form. Explain why a bridge rectifier would be used instead of a two-diode full-wave rectifier.
21 D1 D2 R1 5V 1K Determine the current at the resistor R1. (assume LED forward voltage is 2.1 volts and Diode forward voltage is 0.7V) *
Please answer them all, I'll leave a like. MAKE IT TYPEWRITTEN.
Check all the correct statements. Diodes convert AC to DC. Diodes convert DC to AC. Diodes can reduce the voltage. Diodes are used for rectification.
03: bridge rectifier circuit shown in Figure (1), with a forward diode resistance Rd=12, and Rd=0 for a reverse bias. The input voltage of the circuit is 240V and 482 load resistance. Determine: The de load current, the power input efficiency and the PIV rating is required for the diodes. D4 D1 Rd=10 RL=480 Vs Vrms Vo D3 D2 Figure 1
A 238 range voltmeter is having an accuracy of ± 1.38% of FSD. Calculate the following for the given M1 =143 volt and M2=198 volt. (i) Range of acceptable measurement values . (ii) % of error for a measurement . Accuracy= For M1 reading : Maximum Acceptable Value = Minimum Acceptable value = % Error =