18.31 The h parameters for the two-port amplifier circuit in Fig. P18.31 are h1 = 500 N; h12 10-3, h21 = 50; h2 = 50 µS. The internal impedance of the source is 1500 + j0 n, and the load impedance is 10,000 + j0 N. The ideal voltage source is generating a voltage vg = 250 cos 40,0001 mV. a) Find the rms value of V2. b) Find the average power delivered to ZL. c) Find the average power developed by the ideal voltage source. Figure P18.31 Zg Ve ZL

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18.31 The h parameters for the two-port amplifier circuit
in Fig. P18.31 are
h11
500 N; h12 = 103;
h21 = 50;
h22 = 50 µS.
The internal impedance of the source is 1500 + j0 ,
and the load impedance is 10,000 + j0 N. The ideal
voltage source is generating a voltage
Vg
250 cos 40,000f mV.
a) Find the rms value of V2.
b) Find the average power delivered to ZL.
c) Find the average power developed by the ideal
voltage source.
Figure P18.31
hu h12
h21 h2
Transcribed Image Text:18.31 The h parameters for the two-port amplifier circuit in Fig. P18.31 are h11 500 N; h12 = 103; h21 = 50; h22 = 50 µS. The internal impedance of the source is 1500 + j0 , and the load impedance is 10,000 + j0 N. The ideal voltage source is generating a voltage Vg 250 cos 40,000f mV. a) Find the rms value of V2. b) Find the average power delivered to ZL. c) Find the average power developed by the ideal voltage source. Figure P18.31 hu h12 h21 h2
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