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Vs 12v 6600 22 R2 R1 4400 ww 7.2 Vout RL 500 Key=A 50 % Vs 12v R1 4400 660 R2 RL 500 Key A 100 1.146 Voutl

Vs 12v 6600 22 R2 R1 4400 ww 7.2 Vout RL 500 Key=A 50 % Vs 12v R1 4400 660 R2 RL 500 Key A 100 1.146 Voutl

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Now, double the value of R1 and R2. Disconnect the load and make sure that VNL (No Load) is the same as the original circuit. Then repeat the VOUT measurements for load values of 50 Ohm and 500 Ohm. Was the loaded voltage divider more stable or less stable than the original circuit?

(In the book it provides the current values but in the problem it provides no current ranges) This relates to voltage divider stability. I think its asking me to compare the stability of the No Load circuit with the Resistor Load circuit.

 

Vs 12v 6600 22 R2 R1 4400 ww 7.2 Vout RL 500 Key=A 50 %
Transcribed Image Text:Vs 12v 6600 22 R2 R1 4400 ww 7.2 Vout RL 500 Key=A 50 %
Vs 12v R1 4400 660 R2 RL 500 Key A 100 1.146 Voutl
Transcribed Image Text:Vs 12v R1 4400 660 R2 RL 500 Key A 100 1.146 Voutl
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