VTH = 1 V and λ = 0. Assume the signal at the gate of the transistor is the sum of the time varying component of VI and the DC bias VG provided by the resistor divider network. That is, VG = V₁ + VG. a. The gain of the amplifier can be obtained by getting the derivative of vo with respect to VG. Use the large signal model of the transistor to obtain an expression for the gain of the amplifier assuming the transistor is biased in saturation mode. b. Use this expression to determine the gain of the amplifier at its Q-point. Validate the assumption that the transistor is in saturation. VI 200 K ww HE 100 K www 9 V quint 5 K Vo

VTH = 1 V and λ = 0. Assume the signal at the gate of the transistor is the sum of the time varying component of VI and the DC bias VG provided by the resistor divider network. That is, VG = V₁ + VG. a. The gain of the amplifier can be obtained by getting the derivative of vo with respect to VG. Use the large signal model of the transistor to obtain an expression for the gain of the amplifier assuming the transistor is biased in saturation mode. b. Use this expression to determine the gain of the amplifier at its Q-point. Validate the assumption that the transistor is in saturation. VI 200 K ww HE 100 K www 9 V quint 5 K Vo

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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