For the PMOS transistor shown VTP = - 0.8 V and kp = 0.2 mA/V². The values of Vs and VSD are:wwO b.10=0.5mA+5 VRG = 50 kQRD=5kQ2-5 VVsO a. Vs= -0.78 V and VSD = -2.78 VVs = 1.341 V and VSD = 1.341 VOC Vs = 2.381 V and VSD = 4.881 VO d. Vs = 2.871 V and VSD = 3.871 V

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For the PMOS transistor shown V₁P = -0.8 V and kp = 0.2 mA/V². The values of Vs and Vsp are: 1Q=0.5mA O b. RG = 50 k +5 V RD=5kQ -5 V Vs a Vs = -0.78 V and VSD = -2.78 V Vs = 1.341 V and VSD = 1.341 V OC Vs = 2.381 V and VSD = 4.881 V Ⓒd. Vs = 2.871 V and VSD = 3.871 V

For the PMOS transistor shown V₁P = -0.8 V and kp = 0.2 mA/V². The values of Vs and Vsp are: 1Q=0.5mA O b. RG = 50 k +5 V RD=5kQ -5 V Vs a Vs = -0.78 V and VSD = -2.78 V Vs = 1.341 V and VSD = 1.341 V OC Vs = 2.381 V and VSD = 4.881 V Ⓒd. Vs = 2.871 V and VSD = 3.871 V

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

For the PMOS transistor shown VTP = - 0.8 V and kp = 0.2 mA/V². The values of Vs and VSD are:
ww
O b.
10=0.5mA
+5 V
RG = 50 kQ
RD=5kQ2
-5 V
Vs
O a. Vs= -0.78 V and VSD = -2.78 V
Vs = 1.341 V and VSD = 1.341 V
OC Vs = 2.381 V and VSD = 4.881 V
O d. Vs = 2.871 V and VSD = 3.871 V

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