020 V 2.2 k Exercise#4: For the emitter-bias network shown in the Figure 4 determine: Ig, Ic VCE, VB, Vc, VE and VBc at B=120 , B=70, B=350. Then calculate the % change in Ic for the changes in ß. 86 k2 VE 8.6 k2 1.2 k.

020 V 2.2 k Exercise#4: For the emitter-bias network shown in the Figure 4 determine: Ig, Ic VCE, VB, Vc, VE and VBc at B=120 , B=70, B=350. Then calculate the % change in Ic for the changes in ß. 86 k2 VE 8.6 k2 1.2 k.

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

100%

M4Q4

0 20 V
Exercise#4: For the emitter-bias network
shown in the Figure 4 determine: Ig, Ic
VCE, VB, Vc. VE and VBc at B=120, B=70,
B=350. Then calculate the % change in /c
for the changes in ß.
2.2 kN
86 k2
VB
o VE
8.6 kN
1.2 kM

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