3. Each transistor in the circuit in the figure; Find A) Base and collector currents, B) VB1, VEi and Vcivoltages.Vcc = 22 VRc22 k2RE8.2 Ωo VoC= 5µFO2 B2=12010 µF4.7 kQQ, Bi=60C;= 5 µFRp53.3 k2RE1.1 kQ= Cg= 20 µF

In the dc analysis of any amplifier ,the capacitor is behave as open circuit and ac input sources…

Answered: Rc 22 k2 Re 8.2 Ω. C= 5µF 02 B2=120 10…

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Electrical Engineering

Rc 22 k2 Re 8.2 Ω. C= 5µF 02 B2=120 10 µF Rp, 4.7 k2 Q Bi= 60 C; = 5 µF Rp, Res RE 1.1 ka Cg= 20 uF 3.3 k2.

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

3. Each transistor in the circuit in the figure; Find A) Base and collector currents, B) VB1, VEi and Vci
voltages.
Vcc = 22 V
Rc
22 k2
RE
8.2 Ω
o Vo
C= 5µF
O2 B2=120
10 µF
4.7 kQ
Q, Bi=60
C;= 5 µF
Rp5
3.3 k2
RE
1.1 kQ
= Cg= 20 µF

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