1. Calculate RTH in Figure 7.1 2. Calculate VTH; VTH = VA-VB 3. Using the maximum power transfer theorem, Calculate the value of R which will result in the maximum power being delivered to R (see Figure 7.1). 10V A R1 www 2.7k www 4.7k R www + V- R2 m 3.3k M 1.1k B

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1. Calculate RTH in Figure 7.1
2. Calculate VTH; VTH
=
VA - VB
3. Using the maximum power transfer theorem, Calculate the value of R which will result in the
maximum power being delivered to R (see Figure 7.1).
10V
Calculated.
10V
A
Calculated
R1
www
2.7k
R1
ww
4.7k
www
R3
Figure 7.1
RTH
R
ww
+V-
54
R3
4. For the circuit shown in Figure 7.2, choose resistor values that will maximize the power
transferred to the 2.7k resistor.
3.3k
www
R2
Hint: As a designer you can choose how much current flows through each section of the circuit.
5. Use any method to calculate the voltage and current at R4.
R4
in
1.1k
Figure 7.2
V4
B
VTH
R2
ww
R4
14
2.7k
Transcribed Image Text:1. Calculate RTH in Figure 7.1 2. Calculate VTH; VTH = VA - VB 3. Using the maximum power transfer theorem, Calculate the value of R which will result in the maximum power being delivered to R (see Figure 7.1). 10V Calculated. 10V A Calculated R1 www 2.7k R1 ww 4.7k www R3 Figure 7.1 RTH R ww +V- 54 R3 4. For the circuit shown in Figure 7.2, choose resistor values that will maximize the power transferred to the 2.7k resistor. 3.3k www R2 Hint: As a designer you can choose how much current flows through each section of the circuit. 5. Use any method to calculate the voltage and current at R4. R4 in 1.1k Figure 7.2 V4 B VTH R2 ww R4 14 2.7k
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