O For the circuit in Figure 2.3, convert both the voltage sources to current sources. (i) (ii) Sketch the modified circuit. Determine the voltage V₁. 30 V 12002 V₁ 4 120 Ω Figure 2.3 24 V 120 Ω (b) Refer to Figure 2.2. (0) Calculate the Thevenin resistance and voltage external to the load resistor R (ii) Sketch the Thevenin equivalent circuit. (iii) Determine the value of R. for maximum power transfer, and calculate the maximum power delivered to the load resistor RL. 8V 20 2 |-|H 13 V 35 Ω www • 30 Ω 315 Ω Ω Figure 2.2 792 www I a R

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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(c)
For the circuit in Figure 2.3, convert both the voltage sources to current
sources.
(1)
(ii)
Sketch the modified circuit.
Determine the voltage V₁.
• 120 Ω
v₁l¾
++
120 ΩΣ
Figure 2.3
30 V
24 V
120 Ω 2
(b)
Refer to Figure 2.2.
(0)
Calculate the Thevenin resistance and voltage external to the load
resistor R.
(i)
Sketch the Thevenin equivalent circuit.
(iii) Determine the value of R. for maximum power transfer, and calculate the
maximum power delivered to the load resistor RL.
8V
2002
|tw|1
13 V
3502
www
30 02
Ω
15 02
Ω
72
www
Figure 2.2
a
SRL
Transcribed Image Text:(c) For the circuit in Figure 2.3, convert both the voltage sources to current sources. (1) (ii) Sketch the modified circuit. Determine the voltage V₁. • 120 Ω v₁l¾ ++ 120 ΩΣ Figure 2.3 30 V 24 V 120 Ω 2 (b) Refer to Figure 2.2. (0) Calculate the Thevenin resistance and voltage external to the load resistor R. (i) Sketch the Thevenin equivalent circuit. (iii) Determine the value of R. for maximum power transfer, and calculate the maximum power delivered to the load resistor RL. 8V 2002 |tw|1 13 V 3502 www 30 02 Ω 15 02 Ω 72 www Figure 2.2 a SRL
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