V 40V R2 82k R1 2.7k Q1 Q2N2222 R5 R4 1.2k Figure 2: Voltage-divider DC bias configuration

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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40V
R2
82k
R1
2.7k
Q1
Q2N2222
R5
R4
1.2k
Figure 2: Voltage-divider DC bias configuration
Transcribed Image Text:40V R2 82k R1 2.7k Q1 Q2N2222 R5 R4 1.2k Figure 2: Voltage-divider DC bias configuration
Part 2
1. Figure 3 shows a voltage divider DC bias configuration of BJT transistor. Using a theoretical
calculation, determine the range of values for variable resistor RL for the transistor to operate in
active (linear) region operation. Sketch the DC load line and plot the Q-point location for at least
three (3) possible values of Rs. You may assume value of ß = 200.
2. Conduct a simulation with Pspice software to verify your answer in (1). Plot the Q-points obtained
from the simulation based on the same value of Rs used for the calculation. Discuss the difference
if any between the results of calculation and simulation.
3. Suggest one application in our daily life at home where the above circuit can be applied.
Transcribed Image Text:Part 2 1. Figure 3 shows a voltage divider DC bias configuration of BJT transistor. Using a theoretical calculation, determine the range of values for variable resistor RL for the transistor to operate in active (linear) region operation. Sketch the DC load line and plot the Q-point location for at least three (3) possible values of Rs. You may assume value of ß = 200. 2. Conduct a simulation with Pspice software to verify your answer in (1). Plot the Q-points obtained from the simulation based on the same value of Rs used for the calculation. Discuss the difference if any between the results of calculation and simulation. 3. Suggest one application in our daily life at home where the above circuit can be applied.
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