Question,,, The transistor has the following properties: hfe = hfE = B = 100, IVBEI = 0,6V, V, = 26mV and VA = 0. The resistorvalues are R81=44kN, Rg2=22kN, Rɛ=3.9kN, Rc=1.520. Calculate the output impedance of this amplifier circuit.%3DVcc10VRBIREJCE|VBE|=0.6VB=100C2VoRB2|Rc

Given circuit is shown below. Given data is hfe=β=100, VBE=0.6V and thermal voltage VT=26mV, early…

%3D The transistor has the following properties: hfe = hFE = B = 100, |VBE| = 0,6V, V, = 26mV and VA = 00. The resistor values are R81=44kN, R82=22kN, RĘ=3.9kN, Rc=1.520. Calculate the output impedance of this amplifier circuit. Vcc RBI 우10V 10V RE |CE |VBr=0.6V B-100 HH C2 Vo RB2 Rc

%3D The transistor has the following properties: hfe = hFE = B = 100, |VBE| = 0,6V, V, = 26mV and VA = 00. The resistor values are R81=44kN, R82=22kN, RĘ=3.9kN, Rc=1.520. Calculate the output impedance of this amplifier circuit. Vcc RBI 우10V 10V RE |CE |VBr=0.6V B-100 HH C2 Vo RB2 Rc

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Question,,,

The transistor has the following properties: hfe = hfE = B = 100, IVBEI = 0,6V, V, = 26mV and VA = 0. The resistor
values are R81=44kN, Rg2=22kN, Rɛ=3.9kN, Rc=1.520. Calculate the output impedance of this amplifier circuit.
%3D
Vcc
10V
RBI
RE
JCE
|VBE|=0.6V
B=100
C2
Vo
RB2|
Rc

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