'31 stage ring oscillator' diaporamas de présentation

Introduction to CMOS VLSI Design Lecture 5: Logical Effort

Introduction to CMOS VLSI Design Lecture 5: Logical Effort. David Harris Harvey Mudd College Spring 2004. Outline. Introduction Delay in a Logic Gate Multistage Logic Networks Choosing the Best Number of Stages Example Summary. Introduction.

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Introduction to CMOS VLSI Design Lecture 5: Logical Effort

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EE466: VLSI Design Lecture 6: Logical Effort

EE466: VLSI Design Lecture 6: Logical Effort. Outline. Introduction Delay in a Logic Gate Multistage Logic Networks Choosing the Best Number of Stages Example Summary. Introduction. Chip designers face a bewildering array of choices What is the best circuit topology for a function?

1.33k views • 47 slides

EE466: VLSI Design Lecture 6: Logical Effort

EE466: VLSI Design Lecture 6: Logical Effort. Outline. Introduction Delay in a Logic Gate Multistage Logic Networks Choosing the Best Number of Stages Example Summary. Introduction. Chip designers face a bewildering array of choices What is the best circuit topology for a function?

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Introduction

Introduction. Chip designers face a bewildering array of choices What is the best circuit topology for a function? How many stages of logic give least delay? How wide should the transistors be? Logical effort is a method to make these decisions Uses a simple model of delay

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MICROELETTRONICA

MICROELETTRONICA. Logical Effort and delay Lection 4. Outline. Introduction Delay in a Logic Gate Multistage Logic Networks Choosing the Best Number of Stages Example Summary. Introduction. The designer faces many choices :

598 views • 32 slides