For the amplifier circuit shown, determine the current gain Ai= lo/ls using ideal feedback equation.+Vcc0.1mADe current sourceQ2Vo(t)20KO01lo(t)1KO2KO1mAIst)0.1ΚΩDc current sourcehfel = hfe2 = 100, hiel = 30KQ , and hie2 = 1.5KQSelect one:O a. - 0.9952.O b. 1.049.O c. - 4.458.O d. 8.356.

Given data is- hfe1=hfe2=100hie1=30 kΩhie2=1.5 kΩRL=1 kΩRC=0.1 kΩ Calculating Current gain A=I∘Is

For the amplifier circuit shown, determine the current gain Ai = lo/Ils using ideal feedback equation. 0.1mA De current source 20KO Volt 01 2KO lo(t) 1KO 1mA Ist) 0.1KO De current source hfel = hfe2 = 100, hiel =30KQ , and hie2 = 1.5KO

For the amplifier circuit shown, determine the current gain Ai = lo/Ils using ideal feedback equation. 0.1mA De current source 20KO Volt 01 2KO lo(t) 1KO 1mA Ist) 0.1KO De current source hfel = hfe2 = 100, hiel =30KQ , and hie2 = 1.5KO

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

For the amplifier circuit shown, determine the current gain Ai
= lo/ls using ideal feedback equation.
+Vcc
0.1mA
De current source
Q2
Vo(t)
20KO
01
lo(t)
1KO
2KO
1mA
Ist)
0.1ΚΩ
Dc current source
hfel = hfe2 = 100, hiel = 30KQ , and hie2 = 1.5KQ
Select one:
O a. - 0.9952.
O b. 1.049.
O c. - 4.458.
O d. 8.356.

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