UESTION 4 For the circuit in Figure Q4a, draw the phasor domain equivalent circuit. Given that Is(t)=2 cos 1000t A. Then determine the steady state voltage Vs(t). V.(1) ZT 992 m 12mH Ve www 1092 0.25mF 1.1 ImF

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QUESTION 4
For the circuit in Figure Q4a, draw the phasor domain equivalent circuit. Given that
Is(t)=2 cos 1000t A. Then determine the steady state voltage Vs(t).
a)
b)
+
i)
ii)
Vs(t)
ZT
992
m
12mH
For the circuit in Figure Q4b, determine;
Vs = 85 215° Vrms
Ve
Figure Q4a
The phasor current, I, and the phasor voltage, Vx
The real power and the reactive power of the source.
0.25mF
10 Ω – j30 Ω
2
-
ww
20 Ω
j10 Ω
-j30 2
1092
Figure Q4b
20 Ω
j20 Ω
1,(1)
lmF
Transcribed Image Text:QUESTION 4 For the circuit in Figure Q4a, draw the phasor domain equivalent circuit. Given that Is(t)=2 cos 1000t A. Then determine the steady state voltage Vs(t). a) b) + i) ii) Vs(t) ZT 992 m 12mH For the circuit in Figure Q4b, determine; Vs = 85 215° Vrms Ve Figure Q4a The phasor current, I, and the phasor voltage, Vx The real power and the reactive power of the source. 0.25mF 10 Ω – j30 Ω 2 - ww 20 Ω j10 Ω -j30 2 1092 Figure Q4b 20 Ω j20 Ω 1,(1) lmF
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