1.(a) Find the Q-point (VGS, VDS, ID) for thetransistor for R₁ = 1000 kQ2, R₂ = 2200 kQ2,R3 = 240 KS2, R4 = 120 k, and VDD = 10V.Assume that KN'=100μA/V², VTN=0.75Vand W/L=6/1.(b) Repeat for W/L=12/1wWR₂R₁WwRAFR3+1VDD

Answered: Image /qna-images/answer/fe1fe8bc-cc65-4452-bdd9-b1af202972ed.jpg

(a) Find the Q-point (VGs, Vos, ID) for the transistor for R₁ = 1000 k, R₂ = 2200 kg, R3 = 240 KS2, R4 = 120 k2, and VDD = 10V. Assume that KN'=100μA/V², VTN=0.75V and W/L=6/1. (b) Repeat for W/L=12/1 M FR₂ W R₁ W 10 W R4 FR3 VDD

(a) Find the Q-point (VGs, Vos, ID) for the transistor for R₁ = 1000 k, R₂ = 2200 kg, R3 = 240 KS2, R4 = 120 k2, and VDD = 10V. Assume that KN'=100μA/V², VTN=0.75V and W/L=6/1. (b) Repeat for W/L=12/1 M FR₂ W R₁ W 10 W R4 FR3 VDD

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter29: Dc Generators

Section: Chapter Questions

Problem 16RQ: Explain the difference between cumulative- and differential-compounded connections.

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Question

1.
(a) Find the Q-point (VGS, VDS, ID) for the
transistor for R₁ = 1000 kQ2, R₂ = 2200 kQ2,
R3 = 240 KS2, R4 = 120 k, and VDD = 10V.
Assume that KN'=100μA/V², VTN=0.75V
and W/L=6/1.
(b) Repeat for W/L=12/1
w
W
R₂
R₁
W
w
RA
FR3
+1
VDD

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