TATfor the circuit in Figure 3:a)Find the following:i. Inii. VGs; andiii. Vos.b) Plot the Q-point.VG = 6₁8 M₂₁ (240)10M1+6.8 MV6 = 9.7 VVES = VG-10 RsVES = 9.7V-0.75k. IpID = K [VES - VT]²Ip (on)10 ΜΩwwwwww6.8 ΜΩ,24 V2.2kQVas Th=3 VID=5 MAVision) = 6 V0.75 kFigure 3b) Ves = 9.ID | VES9.71D2MA +8.2

We need to find out drain current, drain to source voltage and drain to source voltage for given…

circuit in Figure 3: for the a) Find the following: ii. VGs; and iii. Vos. b) Plot the Q-point. 6.8 M₂₁ (240) 10M1+6.8 M₁ 9.7 V = Vo -1o Rs = 9.7V-0.75kn ID = K [VES - VT]² Ip (on) 10 ΜΩ 6.8 MQ www +0 24 V 2.2kQ 1100 Ipg VaseThe = 3 V ID=5 mA Vasiony = 6 V 0.75 k Figure 3 b) VES = 9. ID I VES D 2MA +8.2

circuit in Figure 3: for the a) Find the following: ii. VGs; and iii. Vos. b) Plot the Q-point. 6.8 M₂₁ (240) 10M1+6.8 M₁ 9.7 V = Vo -1o Rs = 9.7V-0.75kn ID = K [VES - VT]² Ip (on) 10 ΜΩ 6.8 MQ www +0 24 V 2.2kQ 1100 Ipg VaseThe = 3 V ID=5 mA Vasiony = 6 V 0.75 k Figure 3 b) VES = 9. ID I VES D 2MA +8.2

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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