The g parameters for the two-port network shown below are: g11 812 = -0.5 + j0.5; | 6. 821 = 0.5 – j0.5; 82 = 1.5 + j2.5 N. The load impedance Zi is adjusted for maximum average power transfer to ZL. The ideal voltage source is generating a sinusoidal voltage of v, = 42v2Cos5000t V a) Find the rms va lue of V2. b) Find the average power delivered to ZIL. 6Ω g11 812 Vg ZL 821 822

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ISBN:9780133923605
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The g parameters for the two-port network shown below are:
1
811
6.
.1
S;
9,
812 = -0.5 + j0.5;
%3D
- -
821
0.5 - j0.5;
82 = 1.5 + j2.5 N.
%3D
The load impedance ZL is adjusted for maximum average power transfer to ZL-
The ideal voltage source is generating a sinusoidal voltage of
vy = 42v2Cos5000t V
a) Find the rms va lue of V2.
b) Find the average power delivered to ZIL.
gi1 812
ZL
821 822
Transcribed Image Text:The g parameters for the two-port network shown below are: 1 811 6. .1 S; 9, 812 = -0.5 + j0.5; %3D - - 821 0.5 - j0.5; 82 = 1.5 + j2.5 N. %3D The load impedance ZL is adjusted for maximum average power transfer to ZL- The ideal voltage source is generating a sinusoidal voltage of vy = 42v2Cos5000t V a) Find the rms va lue of V2. b) Find the average power delivered to ZIL. gi1 812 ZL 821 822
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