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Q#1. For VIH-4V and V₁ VOH 4.5V, VIL-1V and VOL 0.3V and VDD=5 calculate the noise r NMH and NM₁

Q#1. For VIH-4V and V₁ VOH 4.5V, VIL-1V and VOL 0.3V and VDD=5 calculate the noise r NMH and NM₁

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q#1. For VIH=4V and VOH-4.5V, VIL-1V and VOL=0.3V and VDD=5V; calculate the noise margin NMH and NML Q#2. What is the value of VOL if the voltage drops across each transistor in an eight- input NAND gate built using nMOS technology? What is the corresponding NMå if VIL=1V. L
Transcribed Image Text:Q#1. For VIH=4V and VOH-4.5V, VIL-1V and VOL=0.3V and VDD=5V; calculate the noise margin NMH and NML Q#2. What is the value of VOL if the voltage drops across each transistor in an eight- input NAND gate built using nMOS technology? What is the corresponding NMå if VIL=1V. L
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