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M1 Rs R1 Zout R2 (a) (b) · Compute the impedance looking into the source terminal of M1 as a function of frequency. Ignore Cgd for simplicity and do not include C1 in your analysis. · If 1/gm < Rs, the output impedance of the source follower shown in figure la shows inductive behavior. Explain why. · If we use an equivalent three-component circuit shown in figure 1b to represent the output impedance of the source follower, find the expressions for all three elements.

M1 Rs R1 Zout R2 (a) (b) · Compute the impedance looking into the source terminal of M1 as a function of frequency. Ignore Cgd for simplicity and do not include C1 in your analysis. · If 1/gm < Rs, the output impedance of the source follower shown in figure la shows inductive behavior. Explain why. · If we use an equivalent three-component circuit shown in figure 1b to represent the output impedance of the source follower, find the expressions for all three elements.

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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Answer the attached image below. Provide complete solution and answer, do not ruond off the answer. WIll upvote. Thanks

Refer to the figure below. Note that the component L is an inductor. VDD L M1 Rs R1 Zout R2 (a) (b) · Compute the impedance looking into the source terminal of M1 as a function of frequency. Ignore Cga for simplicity and do not include C1 in your analysis. · If 1/gm < Rs, the output impedance of the source follower shown in figure la shows inductive behavior. Explain why. · If we use an equivalent three-component circuit shown in figure 1b to represent the output impedance of the source follower, find the expressions for all three elements.
Transcribed Image Text:Refer to the figure below. Note that the component L is an inductor. VDD L M1 Rs R1 Zout R2 (a) (b) · Compute the impedance looking into the source terminal of M1 as a function of frequency. Ignore Cga for simplicity and do not include C1 in your analysis. · If 1/gm < Rs, the output impedance of the source follower shown in figure la shows inductive behavior. Explain why. · If we use an equivalent three-component circuit shown in figure 1b to represent the output impedance of the source follower, find the expressions for all three elements.
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