Exercise 2:Vi1 mV3.3MOS680Ω20Vmm 112.4ΚΩVOICsC₂wwwmm|1115ΚΩ4.7ΚΩwww20 Vmm 112.2ΚΩB= 2001Σ ΚΩC3HH"CEV0₂3.3ΜΩΣww11For both JFET circuits: IDss=10mA, Vp=- 4V, VGs= -1.9For the BJT circuit:re = 6.49220V6802$2.4ΣΚΩmm 11HHIVoa) Calculate the overall voltage gain (use the calculated values of Avi and AVNL2 from exercise 1)b) Calculate Volc) Calculate Vo2d) Calculate Vo

The amplifier circuit is given as We need to calculate the output voltage of each stage.

Answered: a) Calculate the overall voltage gain…

a) Calculate the overall voltage gain (use the calculated values of A1 and AVNL2 from exercise 1) b) Calculate Voi c) Calculate Voz d) Calculate Vo

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Exercise 2:
Vi
1 mV
3.3
MOS
680
Ω
20V
mm 11
2.4
ΚΩ
VOI
Cs
C₂
www
mm|11
15
ΚΩ
4.7
ΚΩ
www
20 V
mm 11
2.2
ΚΩ
B= 200
1
Σ ΚΩ
C3
HH"
CE
V0₂
3.3
ΜΩΣ
ww11
For both JFET circuits: IDss=10mA, Vp=- 4V, VGs= -1.9
For the BJT circuit:re = 6.492
20V
680
2
$2.4
ΣΚΩ
mm 11
HHI
Vo
a) Calculate the overall voltage gain (use the calculated values of Avi and AVNL2 from exercise 1)
b) Calculate Vol
c) Calculate Vo2
d) Calculate Vo

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