Oh. 35,00 + j126,00 AEja102ww-j1 ΩBUL102+x/0° VZ₁Soru 3) Yukarıdaki devre de voltage kaynağının genlik değeri x=3V olduğuna göre, maksimum ortalama güç için devredeki ZL yükünün olması gerekendeğer ve bu yükün maksimum ortalama gücü nedir?.Question 3) The amplitude of the voltage source is x-3V, then find ZL for the maximum average power transfer and calculate its maximum averagepower.O a. ZL=0.4+ j0.2 Ohm, Vth=1,80+j0,60 V, Pmax = 1,12 WO b. ZL=0.4+ j0.2 Ohm, Vth=15,00+j21,00 V, Pmax=208,12 WO c. ZL=0.4+ j0.2 Ohm, Vth=18,00+j6,00 V, Pmax=112,50 WO d. ZL=0.4+ j0.2 Ohm, Vth=33,00+j21,00 V, Pmax=478,12 WO e. ZL=0.4-j0.2 Ohm, Vth=1,80+j0,60 V, Pmax = 1,12 WO f. ZL=0.4-j0.2 Ohm, Vth=2,10+j6,00 V, Pmax = 12,63 WO g. ZL=0.4-j0.2 Ohm, Vth=18,00+j6,00 V, Pmax = 112,50 WO h. ZL=0.4-j0.2 Ohm, Vth=33,00+j21,00 V, Pmax=478,12 W

For the given circuit we have to find the thevenin's equivalent value and the maximum average power…

Answered: STIEREARS *** Question 3) The amplitude…

STIEREARS *** Question 3) The amplitude of the voltage source is x=3V, then find ZL for the maximum average power transfer and calculate its maximum average ower.

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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Question

Oh. 35,00 + j126,00 A
Eja
102
ww
-j1 Ω
BUL
102
+x/0° V
Z₁
Soru 3) Yukarıdaki devre de voltage kaynağının genlik değeri x=3V olduğuna göre, maksimum ortalama güç için devredeki ZL yükünün olması gereken
değer ve bu yükün maksimum ortalama gücü nedir?.
Question 3) The amplitude of the voltage source is x-3V, then find ZL for the maximum average power transfer and calculate its maximum average
power.
O a. ZL=0.4+ j0.2 Ohm, Vth=1,80+j0,60 V, Pmax = 1,12 W
O b. ZL=0.4+ j0.2 Ohm, Vth=15,00+j21,00 V, Pmax=208,12 W
O c. ZL=0.4+ j0.2 Ohm, Vth=18,00+j6,00 V, Pmax=112,50 W
O d. ZL=0.4+ j0.2 Ohm, Vth=33,00+j21,00 V, Pmax=478,12 W
O e. ZL=0.4-j0.2 Ohm, Vth=1,80+j0,60 V, Pmax = 1,12 W
O f. ZL=0.4-j0.2 Ohm, Vth=2,10+j6,00 V, Pmax = 12,63 W
O g. ZL=0.4-j0.2 Ohm, Vth=18,00+j6,00 V, Pmax = 112,50 W
O h. ZL=0.4-j0.2 Ohm, Vth=33,00+j21,00 V, Pmax=478,12 W

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Step 4: Average power delivered

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