1. Discuss the common source characteristics of the n-channel FET used. 2. From the characteristics, obtain the following parameters, Ipss, gn and V. 54 Exp.No. (8): Field Effect Transistor Characteristics 3. Check equation (1) for Vgs = (-0.4), (-0.8) V. 4. Deduce equation (2) from the definition of g,, and using equation (1). 5. Obtain the value of g, of the point Vgs = - 0.8V from the transfer characteristics, then check equations (2) and (3). 1. Discuss the common source characteristics of the n-channel FET used.2. From the characteristics, obtain the following parameters, Ipss, gm and Vp.54Exp.No. (8): Field Effect Transistor Characteristics3. Check equation (1) for VGs = (-0.4), (-0.8) V.4. Deduce equation (2) from the definition of gm and using equation (1).5.Obtain the value of gm of the point VGS0.8V from the transfercharacteristics, then check equations (2) and (3).

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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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1. Discuss the common source characteristics of the n-channel FET used. 2. From the characteristics, obtain the following parameters, Ipss, gn and V. 54 Exp.No. (8): Field Effect Transistor Characteristics 3. Check equation (1) for Vgs = (-0.4), (-0.8) V. 4. Deduce equation (2) from the definition of g,, and using equation (1). 5. Obtain the value of g, of the point Vgs = - 0.8V from the transfer characteristics, then check equations (2) and (3).

1. Discuss the common source characteristics of the n-channel FET used.
2. From the characteristics, obtain the following parameters, Ipss, gm and Vp.
54
Exp.No. (8): Field Effect Transistor Characteristics
3. Check equation (1) for VGs = (-0.4), (-0.8) V.
4. Deduce equation (2) from the definition of gm and using equation (1).
5.
Obtain the value of gm of the point VGS
0.8V from the transfer
characteristics, then check equations (2) and (3).

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