. For the circuit shown in figure.For the eircait stown in FigureIf Vec 35 V, IE 3.22 mAVE = () Vec.Vec300kREThe value of Beta is .. ...*O 53.93O 57.39O 55.9354.93O 51.39O 56.39The value of Vc is . . Volt.."O 21.24O 29.24O 24.27O 23.25O 25.24O 27.24O O O OO O O

In BJT circuit Here we are solving DC analysis. Vcc= 35V And given emitter voltage VE = (1/9 ) Vcc…

For the circuit shown in figure. For the circait stuwn in Fgure 1f Vec 36V, Isa 3.82 mA VE- () Ver. Vec 300 ks RE The value of Beta is .. ...* O 53.93 O 57,39 O 55.93 O 54.93 O 51.39 O 56.39 The value of Vc is . Volt.." O 21.24 O 29.24 O 24.27 O 23.25 O 25.24 O 27.24 O O O O OO

For the circuit shown in figure. For the circait stuwn in Fgure 1f Vec 36V, Isa 3.82 mA VE- () Ver. Vec 300 ks RE The value of Beta is .. ...* O 53.93 O 57,39 O 55.93 O 54.93 O 51.39 O 56.39 The value of Vc is . Volt.." O 21.24 O 29.24 O 24.27 O 23.25 O 25.24 O 27.24 O O O O OO

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

100%

. For the circuit shown in figure.
For the eircait stown in Figure
If Vec 35 V, IE 3.22 mA
VE = () Vec.
Vec
300k
RE
The value of Beta is .. ...*
O 53.93
O 57.39
O 55.93
54.93
O 51.39
O 56.39
The value of Vc is . . Volt.."
O 21.24
O 29.24
O 24.27
O 23.25
O 25.24
O 27.24
O O O O
O O O

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