Consider the n-input logic gate shown below that operate with the following voltage thresholds: Vol = 1V,V11 = 1.3V,Voh = 4V and Viµ = 3.5V. Assume Vpp = 5V,R = 100k, VrH = 1.5V and k = 0.5mA Vdd A1 A2 АЗ An M1 M2 M3 Mn a. Find Z if all inputs are equal to the maximum input voltage that is considered logic low. (i.e., A1=A2=A3=.=An=ViL) b. Solve for Rds,on of M1 at the minimum input voltage that is considered logic high. (i.e., A1=Vgs=VjH) c. Assuming Rds,on is the same for all MOSFETS, solve for the maximum value of n that will satisfy Vor (i.e., Z< VoL) when all inputs are equal to VH.

Consider the n-input logic gate shown below that operate with the following voltage thresholds: Vol = 1V,V11 = 1.3V,Voh = 4V and Viµ = 3.5V. Assume Vpp = 5V,R = 100k, VrH = 1.5V and k = 0.5mA Vdd A1 A2 АЗ An M1 M2 M3 Mn a. Find Z if all inputs are equal to the maximum input voltage that is considered logic low. (i.e., A1=A2=A3=.=An=ViL) b. Solve for Rds,on of M1 at the minimum input voltage that is considered logic high. (i.e., A1=Vgs=VjH) c. Assuming Rds,on is the same for all MOSFETS, solve for the maximum value of n that will satisfy Vor (i.e., Z< VoL) when all inputs are equal to VH.

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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