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a) Consider a feedback amplifier with the following open loop 1018 BA = Gf + 104)jf + 104)(jf + 106) 1- Use Bode Diagram method Find gain margin and phase margin 2- Use domain pole shifting method to make the system stable" move one pole only" what is the new domain pole and write the new equation for BA b) A feedback amplifier has the following open loop transfer function K A(jw)B(jw) =- +1)' 10

a) Consider a feedback amplifier with the following open loop 1018 BA = Gf + 104)jf + 104)(jf + 106) 1- Use Bode Diagram method Find gain margin and phase margin 2- Use domain pole shifting method to make the system stable" move one pole only" what is the new domain pole and write the new equation for BA b) A feedback amplifier has the following open loop transfer function K A(jw)B(jw) =- +1)' 10

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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a) Consider a fecedback amplifier with the following open loop 1018 BA = (if + 104)(if + 104)(jf + 106) 1- Use Bode Diagram method Find gain margin and phase margin 2- Use domain pole shifting method to make the system stable" move one pole only" what is the new domain pole and write the new equation for BA b) A feedback amplifier has the following open loop transfer function K A(jw)B(jw) = (j: 10 +1)
Transcribed Image Text:a) Consider a fecedback amplifier with the following open loop 1018 BA = (if + 104)(if + 104)(jf + 106) 1- Use Bode Diagram method Find gain margin and phase margin 2- Use domain pole shifting method to make the system stable" move one pole only" what is the new domain pole and write the new equation for BA b) A feedback amplifier has the following open loop transfer function K A(jw)B(jw) = (j: 10 +1)
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