Io(lin) = K[ (VGs-V7)Vos - 0.5 Vos1For the circuit shown, VTn=3V, VTp= -3V, Kn= 0.1 mA/V², K,= -0.1 mA/V² and VDp=15 VHint: For NMOSIo(sat) = K/2 (VGs-Vr) 2 and%3DVDDH TpVinVoTnAt Vin=7.4 V, Vo (in V) isO 13.50O 7.44O 11.74O 3.26O 5.94O 9.06

Assume NMOS is in saturation and PMOS is in linear region. Equate the both currents.

Io(lin) = K[ (VGs-V+)VDs - 0.5 VDs For the circuit shown, VTn=3V, VTp= -3V, K,= 0.1 mA/V?, K,= -0.1 mA/V? and VOD=15 V Hint: For NMOS Io(sat) = K/2 (VGSs-Vr) 2 and %3D VDD H Tp vin Vo Tn At Vin=7.4 V, Vo (in V) is 13.50 7.44 11.74 O 3.26 O 5.94

Io(lin) = K[ (VGs-V+)VDs - 0.5 VDs For the circuit shown, VTn=3V, VTp= -3V, K,= 0.1 mA/V?, K,= -0.1 mA/V? and VOD=15 V Hint: For NMOS Io(sat) = K/2 (VGSs-Vr) 2 and %3D VDD H Tp vin Vo Tn At Vin=7.4 V, Vo (in V) is 13.50 7.44 11.74 O 3.26 O 5.94

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

Io(lin) = K[ (VGs-V7)Vos - 0.5 Vos1
For the circuit shown, VTn=3V, VTp= -3V, Kn= 0.1 mA/V², K,= -0.1 mA/V² and VDp=15 V
Hint: For NMOS
Io(sat) = K/2 (VGs-Vr) 2 and
%3D
VDD
H Tp
Vin
Vo
Tn
At Vin=7.4 V, Vo (in V) is
O 13.50
O 7.44
O 11.74
O 3.26
O 5.94
O 9.06

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