Consider the common-base circuit shown in the Figure.Assume the transistor alpha is a = 0.85.Let VgE = 9V, Vcc = 8V, and VEB(ON) = 0.7V.Determine VRc = Vg - Vc .REQ14.0kaO Zoom imageVBC = 2.12VO VBC = 6.12VO VBC = 8.12VVBC = 4.12VOOOzeno

In this question, We need to choose the correct options What is voltage VBC If current gain =…

Consider the common-base circuit shown in the Figure. Assume the transistor alpha is a 0.85. Let VEE = 9V, Vcc = 8V, and VEB(ON) = 0.7V. Determine VBc = V, - Vc. RE Q1 4.0ka RC VEE Zoom image VBC = 2.12V VBC = 6.12V VBC = 8.12V VBC = 4.12V zeno

Consider the common-base circuit shown in the Figure. Assume the transistor alpha is a 0.85. Let VEE = 9V, Vcc = 8V, and VEB(ON) = 0.7V. Determine VBc = V, - Vc. RE Q1 4.0ka RC VEE Zoom image VBC = 2.12V VBC = 6.12V VBC = 8.12V VBC = 4.12V zeno

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

Consider the common-base circuit shown in the Figure.
Assume the transistor alpha is a = 0.85.
Let VgE = 9V, Vcc = 8V, and VEB(ON) = 0.7V.
Determine VRc = Vg - Vc .
RE
Q1
4.0ka
O Zoom image
VBC = 2.12V
O VBC = 6.12V
O VBC = 8.12V
VBC = 4.12V
OOO
zeno

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