Vs10mVE1C1OFParametersVB1VE₁Vc1Ic₁18110μFR155.6ΚΩR2>4kQRc1>1kQQ12N2222RE1-1k0Theoretical ValuesVCCC2HE10μFC512V10μFR352.1k0R45.1k0ParametersAv₁AvzAvoWith 1MHz frequency and 50mv p-p as an input signal at input of circuitRc2>4.7k0C3HE10μFQ22N2222VoRE2C46800 10μFTheoretical Values

The Thevenin equivalent of the above circuit will Here…

Answered: Parameters V₂1 VE1 VC1 Ic₁ E₁…

Parameters V₂1 VE1 VC1 Ic₁ E₁ Theoretical Values Parameters Av₁ Avz Avo With 1MHz frequency and 50my p-p as an input signal at input of circuit Theoretical Values

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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Concept explainers

Capacitor

The capacitor is an element used to store electrical energy in the electrical field. A capacitor is a form of passive energy.

Question

Vs
10mV
E1
C1
OF
Parameters
VB1
VE₁
Vc1
Ic₁
181
10μF
R1
55.6ΚΩ
R2
>4kQ
Rc1
>1kQ
Q1
2N2222
RE1
-1k0
Theoretical Values
VCC
C2
HE
10μF
C5
12V
10μF
R3
52.1k0
R4
5.1k0
Parameters
Av₁
Avz
Avo
With 1MHz frequency and 50mv p-p as an input signal at input of circuit
Rc2
>4.7k0
C3
HE
10μF
Q2
2N2222
Vo
RE2
C4
6800 10μF
Theoretical Values

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Step 1: DC analysis of stage 1 ampifier

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Step 2: Continue..

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Step 3: Continue...

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Step 4: DC analysis of stage 2 amplifier

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Step 5: Continue..

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Step 6: Calculation of Gain of amplifier

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Step 7: Voltage gain of the stage 1 amplifier

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Step 8: Voltage gain of the stage 2 amplifier

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Step 9: Overall gain of the amplifier

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