IREFIDIVDDRVGS2₂lo-o VoProblem #2=1.6 V, and IREF ==For the MOS current mirror shown above, VDD15 μA. Design the currentmirror to provide nominal output current lo 90 μA. Q₁ and Q₂ have equal channel lengthsL = 0.4 µm, equal Vtn = 0.4 V, equal kn = 400 μA/V², and the width of Q₁ is WQ1: 1 μm.=a) Find the value of R and W₂.b) Assuming Early voltage VA ==6 V/μm, find the output resistance of the current source.

Answered: Image /qna-images/answer/9ae1cd0e-761f-49bd-bfee-752e0b8982db.jpg

IREF VDD IDIV VGS Problem #2 For the MOS current mirror shown above, VDD mirror to provide nominal output current lo L = 0.4 µm, equal Ven = 0.4 V, equal kn = = tn L₂ lo = 1.6 V, and IREF 15 μA. Design the current 90 μA. Q₁ and Q₂ have equal channel lengths 400 μA/V2, and the width of Q₁ is WQ1 = 1 μm. = a) Find the value of R and W₂. b) Assuming Early voltage VA = 6V/μm, find the output resistance of the current source.

IREF VDD IDIV VGS Problem #2 For the MOS current mirror shown above, VDD mirror to provide nominal output current lo L = 0.4 µm, equal Ven = 0.4 V, equal kn = = tn L₂ lo = 1.6 V, and IREF 15 μA. Design the current 90 μA. Q₁ and Q₂ have equal channel lengths 400 μA/V2, and the width of Q₁ is WQ1 = 1 μm. = a) Find the value of R and W₂. b) Assuming Early voltage VA = 6V/μm, find the output resistance of the current source.

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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