•B= 0.01 A/v²Vt = 0.6VCgsTnegligibly smallVA20v.=V₁ = 3VR₁ = 4kR₂=5KRD = 51RS= 6KRext = 20KVG = 1.67V6Using formula Ips= B (VGS-Vz) ²be coming IDS= B_ (VG - Ips Rs - V₂ jeSolve the quadratic equation for Ips. Howdo they get the answer 149 μA and 212μA?

The equations for drain to source current is given in the question. We need to solve the quadratic…

0 B= 0.01 A/va Vtz 0.6V Cgs = negligibly small VA = 20v. V₁D = 3V R₁ = 4b R₂=5K RD = 5K RS= 6K Rext = 20K Ve = 1.67V Using formula IDs = B (VGs - V+) ² be coming IDS = B CVG - IDs Rs-VJ² Solve the quadratic equation for Ins. How do they get the answer 149 μA and 212μA?

0 B= 0.01 A/va Vtz 0.6V Cgs = negligibly small VA = 20v. V₁D = 3V R₁ = 4b R₂=5K RD = 5K RS= 6K Rext = 20K Ve = 1.67V Using formula IDs = B (VGs - V+) ² be coming IDS = B CVG - IDs Rs-VJ² Solve the quadratic equation for Ins. How do they get the answer 149 μA and 212μA?

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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Question

•B= 0.01 A/v²
Vt = 0.6V
Cgs
T
negligibly small
VA
20v.
=
V₁ = 3V
R₁ = 4k
R₂=5K
RD = 51
RS= 6K
Rext = 20K
VG = 1.67V
6
Using formula Ips= B (VGS-Vz) ²
be coming IDS= B_ (VG - Ips Rs - V₂ je
Solve the quadratic equation for Ips. How
do they get the answer 149 μA and 212μA?

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