5. Find Nortons's equivalent circuit of circuit given in figure 4. R1 R2 1 kQ 3 kQ V1 R3 Load Resistor 3 kn 10 V 2.2 kQ R4 R5 3 kQ 10 k2 Figure 4

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5. Find Nortons's equivalent circuit of circuit given in
figure 4.
R1
R2
1 kQ
3 kQ
V1
R3
Load Resistor
3 kN
10 V
2.2 kQ
R4
R5
3 kQ
10 kQ
Figure 4
Transcribed Image Text:5. Find Nortons's equivalent circuit of circuit given in figure 4. R1 R2 1 kQ 3 kQ V1 R3 Load Resistor 3 kN 10 V 2.2 kQ R4 R5 3 kQ 10 kQ Figure 4
4. Find the current in load resistance in figure 3 using
Thevenins theorem
2Ω
3Ω
+
24 V
RL
5Ω
Figure : 3
Transcribed Image Text:4. Find the current in load resistance in figure 3 using Thevenins theorem 2Ω 3Ω + 24 V RL 5Ω Figure : 3
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