Answer number 3 only 1. For the cascade amplifier of Fig. 1, calculate the following:a) VE-b) Vc=-g) Ziz =d) VB-e) le=-h) Zo2*%3Dc) c=.2. For the cascade amplifier of Fig. 1, determine:a) Ipob) Vcšq =-d) 9m-g) Zo1e) Avy1c) VDs=3. For the cascade amplifier of Fig. 1, determine:a) A-c) A =d) Z =.e) Z,-%3Db) V,=.+20 V2.4 k215 k22.2 k20.5 µFD0.5 µFGВ1 mVIpss= 10 mAB= 2000.05 µFVp = -4 V3.3 МО680 2.4.7 k21 kQ: 100 μF100 μF

DC analysis of the JFET will be Drain…

Answered: 3. For the cascade amplifier of Fig. 1,…

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Electrical Engineering

3. For the cascade amplifier of Fig. 1, determine: a) A,- c) A =. d) Z, =. e) Z,- b) V,-

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

Answer number 3 only

1. For the cascade amplifier of Fig. 1, calculate the following:
a) VE-
b) Vc=-
g) Ziz =
d) VB-
e) le=-
h) Zo2*
%3D
c) c=.
2. For the cascade amplifier of Fig. 1, determine:
a) Ipo
b) Vcšq =-
d) 9m-
g) Zo1
e) Avy1
c) VDs=
3. For the cascade amplifier of Fig. 1, determine:
a) A-
c) A =
d) Z =.
e) Z,-
%3D
b) V,=.
+20 V
2.4 k2
15 k2
2.2 k2
0.5 µF
D
0.5 µF
G
В
1 mV
Ipss
= 10 mA
B= 200
0.05 µF
Vp = -4 V
3.3 МО
680 2.
4.7 k2
1 kQ
: 100 μF
100 μF

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