2. Construct the circuit shown in Figure 2, determine the value of Boc at the given Q-point. Voc = 12 V 1ΜΩ 10 ΚΩ 31 ΚΩ ΠΑ 283904

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2. Construct the circuit shown in Figure 2, determine the value of Boxe at the given Q-point.
1 ΜΩ
10 ΚΩ
НА
Vcc = 12 V
오
1 kn
mA
2N3904
Figure 2
3. Based on Boc obtained in Step 2, calculate the values of R₁, R₂, Re and Re using your
derived equations in Step 1.
4.
Construct the circuit in Figure 1, by using the values you obtained in Step 3.
Transcribed Image Text:2. Construct the circuit shown in Figure 2, determine the value of Boxe at the given Q-point. 1 ΜΩ 10 ΚΩ НА Vcc = 12 V 오 1 kn mA 2N3904 Figure 2 3. Based on Boc obtained in Step 2, calculate the values of R₁, R₂, Re and Re using your derived equations in Step 1. 4. Construct the circuit in Figure 1, by using the values you obtained in Step 3.
Vec 12V
VBE
A
VB
+
IR2 R₂
R.
0.65V
Icp = 2 m A
Vo Vor, Ve
Buz Vec - Ve
Ica
Lake Bloo,
BE VE
Is
12 9.25
R.+ 1.25
So,
-I8Q
VBE
Ve- Ver V
IB2
Ba
1.2
2.02
+ Rc
Ico
10x0.02
+
VCE
VCF =
2
VEROFL
RE
Figure-1
loo, Ispa Ica
B
Ing. Ing. Icp= 0.02 +2=2.02mA
-0.59 Kn
1.85
x12=6V
Vcc
ali
Ier
6+1.27.22
R..50.75 kn
R 0.59 KA
12-7.2
2
12 = 1.2 V
To Lea
2.4 кл
2
20.65 +1.2 = 1.85 V
-0.2mA
2
100
9.25 Kn
IR 2
* By Voltage division Rule, Vor Voc R₂
R₁ + R₂
1.85
20.02mA.
R₁ 9.25-bo
4
R.. So. 75 kn
R₁9.25 n
Все 2.7 кл
Transcribed Image Text:Vec 12V VBE A VB + IR2 R₂ R. 0.65V Icp = 2 m A Vo Vor, Ve Buz Vec - Ve Ica Lake Bloo, BE VE Is 12 9.25 R.+ 1.25 So, -I8Q VBE Ve- Ver V IB2 Ba 1.2 2.02 + Rc Ico 10x0.02 + VCE VCF = 2 VEROFL RE Figure-1 loo, Ispa Ica B Ing. Ing. Icp= 0.02 +2=2.02mA -0.59 Kn 1.85 x12=6V Vcc ali Ier 6+1.27.22 R..50.75 kn R 0.59 KA 12-7.2 2 12 = 1.2 V To Lea 2.4 кл 2 20.65 +1.2 = 1.85 V -0.2mA 2 100 9.25 Kn IR 2 * By Voltage division Rule, Vor Voc R₂ R₁ + R₂ 1.85 20.02mA. R₁ 9.25-bo 4 R.. So. 75 kn R₁9.25 n Все 2.7 кл
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