Q3: For the circuit shown in Figure 2, find the following: 1. Describe the function of the circuit in terms of simple of semiconductor behavior. 2. Evaluate the output voltage Vo, assuming vs is 10 Sine (200t) mV, Re1 =100 N, and Re2 =900 N. The bypass capacitor (Ce) is in parallel with Re2. 3. Simulate the circuit and verify your answers; you should show the input voltage. and output voltage on the same graph. 4. You should explain the characteristics of amplifier.

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Q3: For the circuit shown in Figure 2, find the following:
1. Describe the function of the circuit in terms of simple of semiconductor behavior.
2. Evaluate the output voltage Vo, assuming vs is 10 Sine (200t) mV, Re1=100 Q,
and Re2 =900 Q. The bypass capacitor (CE) is in parallel with Re2.
3. Simulate the circuit and verify your answers; you should show the input voltage.
and output voltage on the same graph.
4. You should explain the characteristics of amplifier.
Transcribed Image Text:Q3: For the circuit shown in Figure 2, find the following: 1. Describe the function of the circuit in terms of simple of semiconductor behavior. 2. Evaluate the output voltage Vo, assuming vs is 10 Sine (200t) mV, Re1=100 Q, and Re2 =900 Q. The bypass capacitor (CE) is in parallel with Re2. 3. Simulate the circuit and verify your answers; you should show the input voltage. and output voltage on the same graph. 4. You should explain the characteristics of amplifier.
+15 V
B=100
1 kQ
VBE =0.7 V
R1
10 kn
R,
500 2
RL
REI
2 k2
Vin R2
5 kQ
RE2
CE
Figure 2: Elecironic Circuit for Q3.
Transcribed Image Text:+15 V B=100 1 kQ VBE =0.7 V R1 10 kn R, 500 2 RL REI 2 k2 Vin R2 5 kQ RE2 CE Figure 2: Elecironic Circuit for Q3.
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