1-connect the circuit shown in figure (2). 2-set the D.C power supply V1 & V2 to 10 volts respectively. 3-measure the voltage across the branch ab & the current through this branch (I). 4-disconnect V1 & replace it by a short circuit. 5-measure the voltage across ab (V) & current through this branch (I'). 6-connect V1, disconnect V2 & replace it by a short circuit. 7-measure the voltage across ab (V)& current through this branch (I"). 8-replace V1 & V2 by a.c. voltage source & repeat steps 2 to 7. R1 R2 R3 v2 LA b R1=R3=4K R2=8k Figure (2) V1=V2=10v
1-connect the circuit shown in figure (2). 2-set the D.C power supply V1 & V2 to 10 volts respectively. 3-measure the voltage across the branch ab & the current through this branch (I). 4-disconnect V1 & replace it by a short circuit. 5-measure the voltage across ab (V) & current through this branch (I'). 6-connect V1, disconnect V2 & replace it by a short circuit. 7-measure the voltage across ab (V)& current through this branch (I"). 8-replace V1 & V2 by a.c. voltage source & repeat steps 2 to 7. R1 R2 R3 v2 LA b R1=R3=4K R2=8k Figure (2) V1=V2=10v
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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Transcribed Image Text:1-connect the circuit shown in figure (2).
2-set the D.C power supply V1 & V2 to 10 volts respectively.
3-measure the voltage across the branch ab & the current through this branch
(1).
4-disconnect V1 & replace it by a short circuit.
5-measure the voltage across ab (V) & current through this branch (I').
6-connect V1, disconnect V2 & replace it by a short circuit.
7-measure the voltage across ab (V)& current through this branch (I").
8-replace V1 & V2 by a.c. voltage source & repeat steps 2 to 7.
R1
R2
v1
R3
v2
b
R1=R3=4K
R2=8k
Figure (2)
V1=V2=10v
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