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D 8.14 It is required to design an NMOS differential amplifier to operate with a differential input voltage that can be as high as 0.1 V while keeping the nonlinear term under the square root in Eq. (8.23) to a maximum of 0.05. A transconductance g of 1 mA/V is needed. Find the required values of Vor» I, and W/L. Assume that the technology available has µ,C. A, results when R, = 10 kN? Assume 1 = 0. What is the resulting output signal corresponding to va at its maximum 200 µA/V?. What differential gain OX V id value?

D 8.14 It is required to design an NMOS differential amplifier to operate with a differential input voltage that can be as high as 0.1 V while keeping the nonlinear term under the square root in Eq. (8.23) to a maximum of 0.05. A transconductance g of 1 mA/V is needed. Find the required values of Vor» I, and W/L. Assume that the technology available has µ,C. A, results when R, = 10 kN? Assume 1 = 0. What is the resulting output signal corresponding to va at its maximum 200 µA/V?. What differential gain OX V id value?

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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D 8.14 It is required to design an NMOS differential amplifier to operate with a differential input voltage that can be as high as 0.1 V while keeping the nonlinear term under the square root in Eq. (8.23) to a maximum of 0.05. A of 1 mA/V is needed. Find the required values of Vor I, and W/L. Assume that the technology 200 µA/V?. What differential gain = 10 kQ? Assume 1 = 0. What is the transconductance gm OV> available has u,Cor n A, results when R, resulting output signal corresponding to v, at its maximum value?
Transcribed Image Text:D 8.14 It is required to design an NMOS differential amplifier to operate with a differential input voltage that can be as high as 0.1 V while keeping the nonlinear term under the square root in Eq. (8.23) to a maximum of 0.05. A of 1 mA/V is needed. Find the required values of Vor I, and W/L. Assume that the technology 200 µA/V?. What differential gain = 10 kQ? Assume 1 = 0. What is the transconductance gm OV> available has u,Cor n A, results when R, resulting output signal corresponding to v, at its maximum value?
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