1-In the circuit designed to measure the effective value of the sinusoidal voltage at the input, diodes are considered ideal. M deflection is a measuring element with rotating coil. Rm=2k Im=(10)^-4 A. A- Draw the waveform of the current flowing through M on a scale. Determine the resistance value of R1 so that the nominal voltage value of V-m is 100V.
1-In the circuit designed to measure the effective value of the sinusoidal voltage at the input, diodes are considered ideal. M deflection is a measuring element with rotating coil. Rm=2k Im=(10)^-4 A. A- Draw the waveform of the current flowing through M on a scale. Determine the resistance value of R1 so that the nominal voltage value of V-m is 100V.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![1-In the circuit designed to measure the effective value of the sinusoidal voltage at the input, diodes
are considered ideal. M deflection is a measuring element with rotating coil. Rm=2k İm=(10)^-4 A.
A-
Draw the waveform of the current flowing through M on a scale. Determine the resistance value of
R1 so that the nominal voltage value of V-m is 100V.
B-What should the tolerances of the resistors be so that the Vm class is at most 1.5? (resistors have
the same tolerances).
R1
u(t)
R2
1R3
18k
20k
R4
k: k2
10k](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe3cb2437-3187-4e88-8b36-293b5c4e2e05%2Fab81dfb8-d0b1-478f-b37a-784c71324fbf%2F51uzis_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1-In the circuit designed to measure the effective value of the sinusoidal voltage at the input, diodes
are considered ideal. M deflection is a measuring element with rotating coil. Rm=2k İm=(10)^-4 A.
A-
Draw the waveform of the current flowing through M on a scale. Determine the resistance value of
R1 so that the nominal voltage value of V-m is 100V.
B-What should the tolerances of the resistors be so that the Vm class is at most 1.5? (resistors have
the same tolerances).
R1
u(t)
R2
1R3
18k
20k
R4
k: k2
10k
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