20kN and%3DFor the transistor in the figure below:B =100, T = 2.5k2, roRE= 5.4 kNVcc = +10 VR =40 k2Ris 1Rs = 4 k2 CCIHHRoCc2isR2 =60 ΚΩ%3DVsRER =1 kQDetermine R, in k2 MoodleAS=4 KSzR.Cc2isR260 k2RERL =1 kQDetermine R; in kNa. Ri=46.49O b. Ri=3.344O c. Ri=7.344O d. Ri=19.21O e. Ri = 21.6.f. Ri = 18.68

Answered: Image /qna-images/answer/9f010472-f259-4763-9110-7423f84e4744.jpg

Answered: For the transistor in the figure…

For the transistor in the figure below:B =100, r = 2.5k2, ro = 20kN and RE= 5.4 kN %3D Vcc = +10 V R R1 = 40 k2 Ris Rs = 4 k2 CCI R. Cc2 R2 = 60 k2 %3D Vs RE RL =1 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

20kN and
%3D
For the transistor in the figure below:B =100, T = 2.5k2, ro
RE= 5.4 kN
Vcc = +10 V
R =
40 k2
Ris 1
Rs = 4 k2 CCI
HH
Ro
Cc2
is
R2 =
60 ΚΩ
%3D
Vs
RE
R =1 kQ
Determine R, in k2

Moodle
AS=4 KSz
R.
Cc2
is
R2
60 k2
RE
RL =1 kQ
Determine R; in kN
a. Ri=46.49
O b. Ri=3.344
O c. Ri=7.344
O d. Ri=19.21
O e. Ri = 21.6.
f. Ri = 18.68

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