beta =300 and my voltage is 20 v dc and 1 vpp and 1 khz of signal. ParameterVcVBVEDC ValuesVCEIcVinlinRinVoutAC ValuesToutA,A;Ap Part I: Common Emitter Amplifier.Vcc25mVre=IERCRc||R2Ayr'e + RE1REIRx(Vin) R2RE2Rin(total) = R1||R2l|Bac(re + Re1)E220kN, R2 = 56kN, Re11. For this circuit: Vcc = 20V, Rc = 15KN, Rx = 22kN, R1= 3002, RE2 = 3.9kN, and Rg = 100kN.%3D2. Calculate DC Values and record the results in the Calculations section of the table.3. Calculate the AC Values and record the results in the Calculations section of the table.4. Measure Vc, VB, and VE. Calculate VCeand record all values in the Measured section ofthe table.5. Determine the measured value of Ic as follows:Vcc – VcIcRc

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Answered: Parameter Vc VB VE DC Values VCE Ic Vin…

Engineering

Electrical Engineering

Parameter Vc VB VE DC Values VCE Ic Vin lin Rin Vout AC Values Tout A, A; Ap

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

beta =300 and my voltage is 20 v dc and 1 vpp and 1 khz of signal.

Parameter
Vc
VB
VE
DC Values
VCE
Ic
Vin
lin
Rin
Vout
AC Values
Tout
A,
A;
Ap

Part I: Common Emitter Amplifier.
Vcc
25mV
re=
IE
RC
Rc||R2
Ay
r'e + RE1
REI
Rx
(Vin) R2
RE2
Rin(total) = R1||R2l|Bac(re + Re1)
E
220kN, R2 = 56kN, Re1
1. For this circuit: Vcc = 20V, Rc = 15KN, Rx = 22kN, R1
= 3002, RE2 = 3.9kN, and Rg = 100kN.
%3D
2. Calculate DC Values and record the results in the Calculations section of the table.
3. Calculate the AC Values and record the results in the Calculations section of the table.
4. Measure Vc, VB, and VE. Calculate VCeand record all values in the Measured section of
the table.
5. Determine the measured value of Ic as follows:
Vcc – Vc
Ic
Rc

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