For the circuit on the right, find the Thevenin equivalent model between A and B. Draw the model and don't forget to label A and B. Consider the two circuits on the right (you are not given the values of R₂, R3, Vs or Is). We connect the two circuits together, A' to A" and B' to B" and do two measurements. When the switch is open, we measure vx = X. When the switch is closed, we measure vx = Y. On the right, the circuit between A' and B' is the same as the one above and the circuit between A and B is the same as the one in part (a). If we connect them together, A' to A and B' to B, what is value of va? Vs Vs R₂ R₂ A G k. Va B G R₁ MA' R3 MA' R3 + B' Va A" B' B" & Vx R₁ R1: k: X: Y: A ਅਤੇ k. Va R₁ Bo + 202 1 A/V 4 V 1 V Va

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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(a) For the circuit on the right, find the Thevenin
equivalent model between A and B. Draw the
model and don't forget to label A and B.
(b) Consider the two circuits on the right
(you are not given the values of R₂, R3,
V or Is). We connect the two circuits
together, A' to A" and B' to B" and do
two measurements. When the switch is
open, we measure vx = X. When the
switch is closed, we measure vx = Y.
On the right, the circuit between A' and
B' is the same as the one above and the
circuit between A and B is the same as
the one in part (a).
If we connect them together, A' to A and
B' to B, what is value of va?
Vs
R₂
Vs
R2
A G
k. Va
Bo
MA'
R3
Is
MA'
R3
D
B'
Is
B'
+
Va
A"
B"
+
Vx
A G
k. Va
Bo
R₁
R1:
k:
X:
Y:
R₁
+
202
1 A/V
4 V
1 V
Va
Transcribed Image Text:(a) For the circuit on the right, find the Thevenin equivalent model between A and B. Draw the model and don't forget to label A and B. (b) Consider the two circuits on the right (you are not given the values of R₂, R3, V or Is). We connect the two circuits together, A' to A" and B' to B" and do two measurements. When the switch is open, we measure vx = X. When the switch is closed, we measure vx = Y. On the right, the circuit between A' and B' is the same as the one above and the circuit between A and B is the same as the one in part (a). If we connect them together, A' to A and B' to B, what is value of va? Vs R₂ Vs R2 A G k. Va Bo MA' R3 Is MA' R3 D B' Is B' + Va A" B" + Vx A G k. Va Bo R₁ R1: k: X: Y: R₁ + 202 1 A/V 4 V 1 V Va
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