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EDA Technology Practice Course (Two-color Printing) [Editor Zhao Yanhua] 2014 Edition

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EDA technology practice course (two-color printing)
Author: Zhao Yanhua forward Published: 2014
Introduction This book is based on the characteristics of electronic design automation (EDA) practical teaching. It is divided into basic knowledge and experiments and curriculum design. , Wrote an experimental project. Chapters 1 and 2 of the book introduce the development process and use skills of Quartus II 6.0, which can be used for beginners to learn basic operations and getting started. Chapter 3 concisely lists the syntax elements and syntax format of the VHDL hardware description language and Verilog HDL language for quick reference by the experimenter. Chapters 4 and 5 introduce the composition and use of two common EDA experimental systems. Chapter 6 is the basic experimental part. Depending on the course progress, some of these experiments can be carried out. Chapter 7 is a comprehensive experimental project, which can be used as a topic for course design and practice. The book is printed in two colors, and the layout is lively and clear, which is easy for students to accept. It is an ideal teaching material for EDA experimental courses that integrates generality, professionalism, knowledge, and fun.
Preface Basic Knowledge Chapter Chapter 1 Quartus II 6.0 Software Operation Guide
1.1 Quartus II 6. O Introduction
1.2
Design Process Operation Guide
1.2.1 Establishing a new project
1.2.2 Design input
1.2.3 Analysis and Synthesis
1.2.4 Adaptation
1.2.5
Full compilation
1.2.6 Timing Simulation
1.2.7 Circuit viewer
1.2.8 Open the original project
1.2.9 Pin assignment and download
1.3
Project Navigator and project management


Preface Basic Knowledge Chapter Chapter 1
1.1 Quartus II 6. O Introduction
1.2
Design Process Operation Guide
1.2.1 Establishing a new project
1.2.2 Design input
1.2.3 Analysis and Synthesis
1.2.4 Adaptation
1.2.5
Full compilation
1.2.6 Timing Simulation
1.2.7 Circuit viewer
1.2.8 Open the original project
1.2.9 Pin assignment and download
1.3
Project Navigator and project management
1.3.1 [ierarchy] Tab
1.3.2 [Files] Tab
1.3.3
Project File Management Chapter 2 QuartusⅡ Application Skills
2.1 Schematic Editor
2.1.1 Schematic Edit Toolbar
2.1.2
Add Schematic Symbol
2.1.3 Traverse drawing and naming
2.2 Wave file editor
2.2.1 Waveform Editing Interface
2.2.2
Waveform editing toolbar
2.2.3 Simulation settings
2.3 Design with schematic input method
2.4 Resource Allocation Editor
2.4.1
User interface and key features
2.4.2 [Pin Planner]
2.5 Engineering Settings
2.6 Application of Embedded Logic Analyzer
2.6.1
Creation of SignalTap Ⅱ file
2.6.2 Operation of the logic analyzer
2.7 Switching Interface Modes Chapter 3 Quick Check of Practical Grammar
3.1
VHDL syntax elements quick check
3.1.1 VHDL identifier naming rules
3.1.2 VHDL numerical expression
3.1.3 VHDL operator
3.2
VHDL statement format quick check
3.3 Verilog HDL syntax elements
3.3.1 Verilog HDL identifier
3.3.2 Verilog
HDL annotations
3.3.3 Four logical values of Verilog
3.3.4 Verilog HDL data type
3.3.5 Operators
3.4
Verilog HDL statement format quick check
3.4.1 Design Unit: Module
3.4.2 Statement
3.4.3 Module parallel execution statement format
3.4.4
Sequential execution statement Chapter 4 GW48 teaching experiment system description
4.1 Principle and Application of GW48 Series Teaching Experiment System
4.1.1
GW48 system use precautions
4.1.2 System composition and usage
4.2 Experimental circuit structure
4.2.1 Symbol diagram of signal resources of experimental circuit
4.2.2
Structural characteristics of each experimental circuit
4.3 GW48-PK system structure chart, the signal name and chip pin comparison table Chapter 5
Introduction to C-EDA Experimental Development System Experiment and Course Design Chapter 6 Basic Experiments
6.1 Precautions for experimental operation
6.2 Experimental summary and experimental report requirements
6.3
Basic experiment items Experiment 1 Familiar with the instrument and design experiment of simple combination circuit 2 Design experiment of 4-bit hardware adder VHDL 3 Design experiment of trigger 4
4-bit add counter experiment with asynchronous clear and synchronous clock enable
Driving Experiment of Scanning Display Circuit 9 Designing Sequence Detector with State Machine 10
Combined Circuit Design Experiment 12 VGA Display Interface Design Experiment Experiment 13 Binary Code Conversion to BCD Code Chapter 7 Course Design
7.1 Overview
7.2
Course design content design 1 Digital contest responder design 2 Digital clock


EDA技术实践教程(双色印刷) [赵艳华主编] 2014年版 Download address EDA technology practice course (two-color printing) [Editor Zhao Yanhua] 2014 edition

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