202 XL0° A ww 202 -j20 Z YZ0° V Soru 1) Devrede X=14 ve Y-44 ise maksimum ortalama güç transferi için gerekli "Z" empedansını ve ve yük tarafından çekilen gücü hesaplayınız. Q.1)In the circuit X=14 and Y=44, calculate the "Z" impedance and the power absorbed by the load for the maximum average power transfer in the circuit. O a. Z=0.8+1.6j, Vth=-306,00 + j-48,00, P=799,50 W O b. Z=0.8+1.6j, Vth=-40,80 + j-6,40, P=266,50 W O c. Z=0.8+1.6j, Vth=-408,00 + j-64,00, P=2665,00 W O d. Z=0.8+1.6j, Vth=-510,00 + j-80,00, P=1332,50 W O e. Z-0.8-1.6j, Vth=-714,00 + j-112,00, P=1865,50 W O f. Z=0.8-1.6j, Vth=-40,80 + j-6,40, P=266,50 W O g. Z-0.8-1.6j, Vth=-816,00 + j-128,00, P=2132,00 W Oh. Z-0.8-1.6j, Vth=1020,00 + j6,40, P=5330,00 W
202 XL0° A ww 202 -j20 Z YZ0° V Soru 1) Devrede X=14 ve Y-44 ise maksimum ortalama güç transferi için gerekli "Z" empedansını ve ve yük tarafından çekilen gücü hesaplayınız. Q.1)In the circuit X=14 and Y=44, calculate the "Z" impedance and the power absorbed by the load for the maximum average power transfer in the circuit. O a. Z=0.8+1.6j, Vth=-306,00 + j-48,00, P=799,50 W O b. Z=0.8+1.6j, Vth=-40,80 + j-6,40, P=266,50 W O c. Z=0.8+1.6j, Vth=-408,00 + j-64,00, P=2665,00 W O d. Z=0.8+1.6j, Vth=-510,00 + j-80,00, P=1332,50 W O e. Z-0.8-1.6j, Vth=-714,00 + j-112,00, P=1865,50 W O f. Z=0.8-1.6j, Vth=-40,80 + j-6,40, P=266,50 W O g. Z-0.8-1.6j, Vth=-816,00 + j-128,00, P=2132,00 W Oh. Z-0.8-1.6j, Vth=1020,00 + j6,40, P=5330,00 W
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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Circuit
Transcribed Image Text:202
ww
XZ0° A
ww
202
-j20
Z
YL0° V
Soru 1) Devrede X=14 ve Y-44 ise maksimum ortalama güç transferi için gerekli "Z" empedansını ve ve yük tarafından çekilen gücü hesaplayınız.
Q.1)In the circuit X-14 and Y=44, calculate the "Z" impedance and the power absorbed by the load for the maximum average power transfer in the circuit.
O a. Z=0.8+1.6j, Vth=-306,00+ j-48,00, P=799,50 W
O b. Z-0.8+1.6j, Vth=-40,80 + j-6,40, P=266,50 W
O c. Z=0.8+1.6j, Vth=-408,00 + j-64,00, P=2665,00 W
O d. Z=0.8+1.6j, Vth=-510,00+ j-80,00, P=1332,50 W
O e. Z-0.8-1.6j, Vth=-714,00 + j-112,00, P-1865,50 W
O f. Z-0.8-1.6j, Vth=-40,80 + j-6,40, P=266,50 W
O g. Z-0.8-1.6j, Vth=-816,00 + j-128,00, P-2132,00 W
Oh. Z-0.8-1.6j, Vth=1020,00 + j6,40, P=5330,00 W
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