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Digital Logic and EDA Design Experiment Guide

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Digital Logic and EDA design of experiments instructions: Ding Lei, Jiang Zhiwen, Zhang laughed editor of the publication time: 2012
Introduction The "Twelfth Five-Year Plan" textbook for electronics and communication engineering majors in colleges and universities: Digital Logic and EDA Design Experiment Guide is a companion book to Digital Logic and EDA Design. The "Twelfth Five-Year Plan" textbook for electronics and communication engineering majors in colleges and universities: Digital Logic and EDA Design Experiment Guide is divided into 5 chapters: Chapter 1 mainly introduces self-developed experiment boxes that can fully meet the experimental needs of this course; Chapter 2 introduces the basic experiment of digital logic based on experiment box; Chapter 3 introduces the comprehensive experiment of digital logic based on experiment box; Chapter 4 introduces the basic design, simulation and verification of digital logic on the experiment box; Chapter 5 introduces digital logic Comprehensive design, simulation and verification. At the end of the book there are T3 appendixes, which are ActelA3P030 chip information, ActelA3P030-based FPGA core board pin correspondence table, and FPGA expansion experiment board design instructions. "Twelfth Five-Year Plan" Textbook for Electronic and Communication Engineering Majors in Colleges and Universities: Digital Logic and EDA Design Experiment Guidebook is suitable for undergraduates, graduate students of computer, information, automation, electronics majors, and engineering personnel engaged in digital circuit design.
Chapter 1 DIGILOGIC-2011 Experiment Box
1.1 Performance characteristics of the experiment box
1.2 Technical index of experiment box
1.3 Experiment Box Introduction
1.3.1 Composition of the experiment box
1.3.2 Appearance of experiment box and circuit board
1.3.3 Circuit board labeling of the experiment box
1.3.4 Digital tube circuit module description
1.3.5 Segment LED Display Driver Board
1.3.6 FPGA Expansion Board Design
1.4 Experiment Box Instructions

Chapter 2 Digital Logic Experiment Based on Experiment Box
2.1 Basic gate circuit
2.1.1 Experiment purpose
2.1.2 Experimental instruments and devices
2.1.3 Experimental principle
2.1.4 Experimental content
2.1.5 Experiment report requirements
2.2 Gate circuit comprehensive experiment
2.2.1 Experiment purpose
2.2.2 Experimental instruments and devices
2.2.3 Experimental content
2.3 Combinational logic circuit
2.3.1 Experiment purpose
2.3.2 Experimental instruments and devices
3.3.3 Experimental content
2.3.4 Experiment report requirements
2.4 Sequential logic circuit
2.4.1 Experiment purpose
2.4.2 Experimental instruments and devices
2.4.3 Experimental content
2.4.4 Experiment report requirements

Chapter 3 Comprehensive Experiments in Digital Logic
3.1 Combined Logic Synthesis Experiment
3.1.1 Experiment purpose
3.1.2 Experimental instruments and devices
3.1.3 Experimental content
3.2 Sequential Logic Comprehensive Experiment
3.2.1 Experiment purpose
3.2.2 Experimental instruments and devices
3.2.3 Experimental content

Chapter 4 Simulation and Verification of Digital Logic Foundation Design
4.1 Basic gate circuit
4.1.1 Experiment purpose
4.1.2 Experimental environment and equipment
4.1.3 Experimental content
4.1.3 Experimental steps
4.1.5 Experiment report requirements
4.2 Combinational logic circuits
4.2.1 Experiment purpose
4.2.2 Experimental environment and equipment
4.3.3 Experimental content
4.2.4 Experimental steps
4.2.5 Experiment report requirements
4.3 Sequential Logic Circuit
4.3.1 Experiment purpose
4.3.2 Experimental environment and equipment
4.3.3 Experimental content
4.3.4 Experimental steps
4.3.5 Experiment report requirements

Chapter 5 Simulation and Verification of Digital Logic Synthesis Design
5.1 Comprehensive Experiment of Combination Logic Based on VerilogHDL
5.1.1 Experiment Purpose
5.1.2 Experimental environment and equipment
5.1.3 Experimental content
5.2 VerilogHDL-based sequential logic synthesis experiment
5.2.1 Experiment purpose
5.2.2 Experimental environment and equipment
5.2.3 Experimental contents Appendix A ActeIA3P030 chip information Appendix B ActeIA3P030 based FPGA core board pin correspondence table Appendix C FPGA extended experimental board design description References

数字逻辑与EDA设计实验指导书 Digital Logic and EDA Design Experiment Guide

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