An NPN BJT is biased in the forward active region. Assume that InE 1.000 mA, IpE = 0.005 m/ Inc = 0.995 mA and Ipc = 0. Calculate the emitter injection efficiency y, the base transport facto B", the common emitter current gain Bdc, the common base current gain ade, respectively.

An NPN BJT is biased in the forward active region. Assume that InE 1.000 mA, IpE = 0.005 m/ Inc = 0.995 mA and Ipc = 0. Calculate the emitter injection efficiency y, the base transport facto B", the common emitter current gain Bdc, the common base current gain ade, respectively.

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

An NPN BJT is biased in the forward active region. Assume that InE
1.000 mA, IpE = 0.005 mA,
Inc = 0.995 mA and Ipc 0. Calculate the emitter injection efficiency y, the base transport factor
B", the common emitter current gain Bdc, the common base current gain ade, respectively.

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Finding Emitter Injection Effeciency

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Finding Base Transport Factor

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Finding Common Emitter Current Gain

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Finding Common Base Current Gain

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