102 1 Ω X/0° V (102 -j1 Ω 2I Z₁ Question) Find the ZI value and the maximum power required for maximum power transfer in the circuit above. In the circuit, X=51. Question) Find Zl for the maximum power transfer and calculate maximum power. In the circuit X=51. O a. Zl = 0.40-j0.20 ohm, Pmax=41453.44 W O b. Zl = 0.40 + j0.20 ohm, Pmax=2114125.31 W O c. ZI= 0.40 + j0.20 ohm, Pmax=812.81 W O d. Zl = 4.40 + j2.40 ohm, Pmax=928.93 W O e. Zl = 0.40-j1.00 ohm, Pmax=325.12 W O f. ZI= 0.40 + j0.20 ohm, Pmax=406.41 W O g. Zl = 0.40 + j0.40 ohm, Pmax=406.41 W Oh. Zl = 0.40 - j0.20 ohm, Pmax=541.87 W
102 1 Ω X/0° V (102 -j1 Ω 2I Z₁ Question) Find the ZI value and the maximum power required for maximum power transfer in the circuit above. In the circuit, X=51. Question) Find Zl for the maximum power transfer and calculate maximum power. In the circuit X=51. O a. Zl = 0.40-j0.20 ohm, Pmax=41453.44 W O b. Zl = 0.40 + j0.20 ohm, Pmax=2114125.31 W O c. ZI= 0.40 + j0.20 ohm, Pmax=812.81 W O d. Zl = 4.40 + j2.40 ohm, Pmax=928.93 W O e. Zl = 0.40-j1.00 ohm, Pmax=325.12 W O f. ZI= 0.40 + j0.20 ohm, Pmax=406.41 W O g. Zl = 0.40 + j0.40 ohm, Pmax=406.41 W Oh. Zl = 0.40 - j0.20 ohm, Pmax=541.87 W
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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Circuits 2
Transcribed Image Text:m
j1 Ω
(122
X/0° V
$10
-1 Ω
21
Z₁
Question) Find the ZI value and the maximum power required for maximum power transfer in the circuit above. In the circuit, X=51.
Question) Find Zl for the maximum power transfer and calculate maximum power. In the circuit X=51.
O a. Zl = 0.40 - j0.20 ohm, Pmax=41453.44 W
O b. Zl = 0.40 + j0.20 ohm, Pmax=2114125.31 W
O c. ZI = 0.40 + j0.20 ohm, Pmax=812.81 W
O d. Zl = 4.40 + j2.40 ohm, Pmax=928.93 W
O e. Zl = 0.40-j1.00 ohm, Pmax=325.12 W
O f. ZI= 0.40 + j0.20 ohm, Pmax=406.41 W
O g. Zl = 0.40 + j0.40 ohm, Pmax=406.41 W
Oh. Zl = 0.40 - j0.20 ohm, Pmax=541.87 W
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