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Consider the circuit shown in Figure (Q1): a) Design the feedback bias circuit such that I = 1 mA and Ve = Vcc/2 for B = 100 b) Increase the value of R, found in part a) by 2.5% and reevaluate Vc andIc for ß = 100 c) Find Vc andI, for B = o Re +3V w Figure (Q1)

Consider the circuit shown in Figure (Q1): a) Design the feedback bias circuit such that I = 1 mA and Ve = Vcc/2 for B = 100 b) Increase the value of R, found in part a) by 2.5% and reevaluate Vc andIc for ß = 100 c) Find Vc andI, for B = o Re +3V w Figure (Q1)

Introductory Circuit Analysis (13th Edition)
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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Consider the circuit shown in Figure (Q1): a) Design the feedback bias circuit such that I, = 1 mA andVe = Vcc/2 for B = 100 b) Increase the value of R, found in part a) by 2.5% and reevaluate Vc andIc for ß = 100 c) Find Vc and I, for B = 0 Re +3V4 Figure (Q1)
Transcribed Image Text:Consider the circuit shown in Figure (Q1): a) Design the feedback bias circuit such that I, = 1 mA andVe = Vcc/2 for B = 100 b) Increase the value of R, found in part a) by 2.5% and reevaluate Vc andIc for ß = 100 c) Find Vc and I, for B = 0 Re +3V4 Figure (Q1)
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