Solve the approximate value of Vc of Figure 45.VCT16VR13.9kQ368KQVcQ1Beta = 85V.VER29.1kQ0.72KQFigure 45O 10.37 V8.2 V14.21 VO 11.85 V

To solve this question it is required to form the Thevenin equivalent circuit first.

Answered: Solve the approximate value of Vc of…

Solve the approximate value of Vc of Figure 45. VCC 16V R1 368ka 33.9kQ Beta = 85 %3D VE R2 9.1kQ $0.72kQ Figure 45 10.37 V O 8.2 V O 14.21 V O 11.85 V

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

Solve the approximate value of Vc of Figure 45.
VC
T16V
R1
3.9kQ
368KQ
Vc
Q1
Beta = 85
V.
VE
R2
9.1kQ
0.72KQ
Figure 45
O 10.37 V
8.2 V
14.21 V
O 11.85 V

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