VDD RD RD ID2 Vo ID1 VDD V1 V2 M1 M2 R1 M3 M4 Vss Given VTN=1.5V, Kn=0.1mA/V², VDD = 10V and Vss = -10V. Find R1 (in kOhms) such that ID2=0.2mA when V1=V2 O 74.3 O 41.3 67.6 O 21.3
VDD RD RD ID2 Vo ID1 VDD V1 V2 M1 M2 R1 M3 M4 Vss Given VTN=1.5V, Kn=0.1mA/V², VDD = 10V and Vss = -10V. Find R1 (in kOhms) such that ID2=0.2mA when V1=V2 O 74.3 O 41.3 67.6 O 21.3
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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
Transcribed Image Text:VDD
RD
RD
ID2
Vo
ID1
VDD
V1
V2
M1
M2
R1
M3
M4
Vss
Given VTN=1.5V, Kn=0.1mA/V2, VDD = 10V and Vss = -10V.
Find R1 (in kOhms) such that ID2=0.2mA when V1=V2
O 74.3
O 41.3
67.6
O 21.3
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