a. Find the Thevinin and Norton equivalent circuits at the terminals a-b in the following circuit. b. Find the value of RLmax which, if connected between the terminals a-b, will absorb maximum power. c. What will be the power absorbed if R₁ connected between terminal a-b is equal to 2RLmax. 1 A 50 V + Vth Rth IN RN RLmax 8 Ω www PL if RL=2RLmax 30 Ω 5.2 Ω Σ12 Ω a b

Introductory Circuit Analysis (13th Edition)
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a. Find the Thevinin and Norton equivalent circuits at the terminals a-b in the following
circuit.
b. Find the value of RLmax which, if connected between the terminals a-b, will absorb
maximum power.
c. What will be the power absorbed if R₁ connected between terminal a-b is equal to
2RLmax.
1 A
50 V
+
Vth
Rth
IN
RN
RLmax
8 Ω
www
30 Ω
wwww
PLif
RL=2RLmax
5.2 Ω
www
| 12 Ω
- а
b
Transcribed Image Text:a. Find the Thevinin and Norton equivalent circuits at the terminals a-b in the following circuit. b. Find the value of RLmax which, if connected between the terminals a-b, will absorb maximum power. c. What will be the power absorbed if R₁ connected between terminal a-b is equal to 2RLmax. 1 A 50 V + Vth Rth IN RN RLmax 8 Ω www 30 Ω wwww PLif RL=2RLmax 5.2 Ω www | 12 Ω - а b
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