R = 100 k2 3 k2 (b) The parameters for each transistor in the circuits in Fig.(7-b) are B- 80, and VBE (on) 0.7V. Determine the quiescent values of base, collector, emitter currents, VCEQI and VCEQ2 in Ql and Q2. Q2 R = 40 k2 RE=: I ka RE2 5 ka -10 V ww ww ww

R = 100 k2 3 k2 (b) The parameters for each transistor in the circuits in Fig.(7-b) are B- 80, and VBE (on) 0.7V. Determine the quiescent values of base, collector, emitter currents, VCEQI and VCEQ2 in Ql and Q2. Q2 R = 40 k2 RE=: I ka RE2 5 ka -10 V ww ww ww

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

+10 V
R =
100 k2
3 kQ
(b) The parameters for each transistor in the circuits in Fig.(7-b)
are ß 80, and VgBE (on) = 0.7V. Determine the quiescent values
of base, collector, emitter currents, VCEQI and VCEQ2 in Ql and Q2.
R2 =
40 k2
RE
I kN
RE2=
5 kQ
-10 V
Fig.(7-b)
ww
ww

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