Consider the NPN BJT made of silicon is in the forward active region, with lc = 101018 cm-3, NB1017 cm3, and Nc = 1016 cm3;HA, doping concentrations NEthicknesses We = 0.5 µm, WB = 0.25 µm, and Wc = 2 µm; and diffusion constants%D%3D%D%3D2 cm?/s, DnB= 20 cm?/s, and Dpc= 12 cm?/s, and LnbDPE =cross-sectional area A = 1 µm?. Assume that recombination within the BJT is small1 um. The(i.e., diffusion lengths are much larger than the thicknesses of each layer).Calculate the emitter injection efficiency y, the base transport factor B', the commonemitter current gain Bdc, the common base current gain adc, respectively.

Given data, IC=10 μANE=1018 cm-3NB=1017 cm-3NC=1016 cm-3WE=0.5 μmWB=0.25 μmWC=2 μmDpE=2 cm2/sDnB=20…

Consider the NPN BJT made of silicon is in the forward active region, with lç = 10 JA, doping concentrations NE = 1018 cm-3, NB thicknesses WE = 0.5 µm, WB = 0.25 µm, and Wc = 2 µm; and diffusion constants DPE %3D 1017 cm3, and Nc = 1016 cm³3; %3D %3D = 20 cm2/s, and Dpc = 2 cm?/s, DnB cross-sectional area A = 1 um². Assume that recombination within the BJT is small = 12 cm?/s, and Lnb = 1 um. The (i.e., diffusion lengths are much larger than the thicknesses of each layer). Calculate the emitter injection efficiency y, the base transport factor ß', the common emitter current gain Bdc, the common base current gain ade, respectively.

Consider the NPN BJT made of silicon is in the forward active region, with lç = 10 JA, doping concentrations NE = 1018 cm-3, NB thicknesses WE = 0.5 µm, WB = 0.25 µm, and Wc = 2 µm; and diffusion constants DPE %3D 1017 cm3, and Nc = 1016 cm³3; %3D %3D = 20 cm2/s, and Dpc = 2 cm?/s, DnB cross-sectional area A = 1 um². Assume that recombination within the BJT is small = 12 cm?/s, and Lnb = 1 um. The (i.e., diffusion lengths are much larger than the thicknesses of each layer). Calculate the emitter injection efficiency y, the base transport factor ß', 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

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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