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Q3) (i) It is required to set the operating point by biasing with collector feedback resistor at Ic = ImA, VCE = 8V. If ß= 100, Vcc=12V, VBE=0.3V, how will you do it ? (ii) What will be the new operating point if ß = 50, all other circuit values remaining the same ? (iii) Discuss the stability of the circuit as a percentage change in the value of the collector current when beta changes from 100 to 50. + VCC=12V RC RB ww

Q3) (i) It is required to set the operating point by biasing with collector feedback resistor at Ic = ImA, VCE = 8V. If ß= 100, Vcc=12V, VBE=0.3V, how will you do it ? (ii) What will be the new operating point if ß = 50, all other circuit values remaining the same ? (iii) Discuss the stability of the circuit as a percentage change in the value of the collector current when beta changes from 100 to 50. + VCC=12V RC RB ww

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q3) (i) It is required to set the operating point by biasing with collector feedback resistor at Ic = ImA, VCE = 8V. If ß= 100, Vcc= 12V, VBE= 0.3V, how will you do it ? (ii) What will be the new operating point if ß= 50, all other circuit values remaining the same ? (iii) Discuss the stability of the circuit as a percentage change in the value of the collector current when beta changes from 100 to 50. + VCC =12V RC RB
Transcribed Image Text:Q3) (i) It is required to set the operating point by biasing with collector feedback resistor at Ic = ImA, VCE = 8V. If ß= 100, Vcc= 12V, VBE= 0.3V, how will you do it ? (ii) What will be the new operating point if ß= 50, all other circuit values remaining the same ? (iii) Discuss the stability of the circuit as a percentage change in the value of the collector current when beta changes from 100 to 50. + VCC =12V RC RB
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