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1. For the NMOS below, k = 0.1(X + 1) mA/V², V¿ = 3V and V = (Y + 4) V. X = 6th Digit of your NSU ID. Y = 7th Digit of your NSU ID. You may/may not use graph paper. You can draw the graph by hand. (Y+4) kn ASI+

1. For the NMOS below, k = 0.1(X + 1) mA/V², V¿ = 3V and V = (Y + 4) V. X = 6th Digit of your NSU ID. Y = 7th Digit of your NSU ID. You may/may not use graph paper. You can draw the graph by hand. (Y+4) kn ASI+

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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Here the value of Y= 5

1. For the NMOS below, k = 0.1(X + 1) mA/V², V¿ = 3V and V = (Y + 4) V. X = 6*h Digit of your NSU ID. Y = 7th Digit of your NSU ID. You may/may not use graph paper. You can draw the graph by hand. (Y+4) kN ´(x+4) M2 (X+š) MA (Y+2) kN -2V I. Draw the device/characteristics curve of the NMOS. II. Draw the load line of the NMOS. II. Find and show the Q-point on the graph. Find Ipo, Iso, Ico, Vaso from the Q-point. Find Vps- IV. V. AOE+ AST+
Transcribed Image Text:1. For the NMOS below, k = 0.1(X + 1) mA/V², V¿ = 3V and V = (Y + 4) V. X = 6*h Digit of your NSU ID. Y = 7th Digit of your NSU ID. You may/may not use graph paper. You can draw the graph by hand. (Y+4) kN ´(x+4) M2 (X+š) MA (Y+2) kN -2V I. Draw the device/characteristics curve of the NMOS. II. Draw the load line of the NMOS. II. Find and show the Q-point on the graph. Find Ipo, Iso, Ico, Vaso from the Q-point. Find Vps- IV. V. AOE+ AST+
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