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EDA Technology and VHDL Design [Edited by Huang Peiyu] 2013 Edition

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编著 设计 技术 EDA VHDL Elaborate recommendation: Editing design technology EDA VHDL
EDA technology and VHDL design Author: Huangpei Yu edited publication time: 2013 edition This book keeping EDA technology trends to practical application of engineering as a starting point for popular EDA integration tools QuartusIl and simulation tool Modelsim for the design platform to examples of the form Explained in simple terms the design of EDA technology, VHDL language and digital electronic system. The book consists of 9 chapters, which are divided into three levels: "EDA Technology Overview", "Basic Circuit Design", and "System Circuit Design". The "EDA Technology Overview" level serves as an introduction to EDA technology. It first explains the software and hardware knowledge related to EDA technology (Chapter 1), and then introduces programmable logic devices, including hardware structure, characteristics, programming, and configuration circuits. , Mainstream models, etc. (Chapter 2), the "basic circuit design" level is mainly based on VHDL language and classic circuit modules. First, the basic syntax structure of VHDL language is introduced with examples (Chapter 3). Elements (chapter 4), various basic sentences of the VHDL language (chapter 5), and the design method of the state machine (chapter 6); "system circuit design, the level of code reuse, hierarchical design and digital electronic system Design-oriented, introduces the use of packages and subroutines (Chapter 7), simulation test platform (Chapter 8), and the design and examples of digital electronic systems (Chapter 9).
This book can be used by undergraduate or graduate students in electronic engineering, communication engineering, automation, computer and other related majors in colleges and universities, and can also be used as a reference book for related engineering and technical personnel.
Chapter 1 Overview of EDA Technology
1.1 EDA technology and its development
1.1.1 The concept of EDA technology
1.1.2 Development of EDA Technology
1.2 EDA Design Process
1.2.1 FPGA / CPLD Engineering Design Process
1.2.2 ASIC engineering design method and process
1.3 EDA design method
1.4 hardware description language
The emergence and significance of 1.4.1 hardware description language
1.4.2 VHDL and Verilog HDL
1.4.3 Development of Hardware Description Language
1.4.4 Essentials of Learning a Hardware Description Language
1.5 Common EDA Tools
1.5.1 Integrated EDA Tools Chapter 1 Overview of EDA Technology
1.1 EDA technology and its development
1.1.1 The concept of EDA technology
1.1.2 Development of EDA Technology
1.2 EDA Design Process
1.2.1 FPGA / CPLD Engineering Design Process
1.2.2 ASIC engineering design method and process
1.3 EDA design method
1.4 hardware description language
The emergence and significance of 1.4.1 hardware description language
1.4.2 VHDL and Verilog HDL
1.4.3 Development of Hardware Description Language
1.4.4 Essentials of Learning a Hardware Description Language
1.5 Common EDA Tools
1.5.1 Integrated EDA Tools
1.5.2 Dedicated EDA tools
1.5.3 Development Trend of EDA Tools
1.6 Relationship Between IP Core and EDA TechnologyChapter 2 Programmable Logic Devices
2.1 Overview of Programmable Logic Devices
2.1.1 From rrL to Programmable Logic
2.1.2 Symbolic representation of logic components and internal structure circuits
2.1.3 Development History of PLD
2.1.4 Classification of PLD
2.2 Typical CPLD and FPGA device structure
2.2.1 Basic Structure of Altera CPLD
2.2.2 From CPLD to 0 FPGA
2.2.3 Altera FPGA Device Structure
2.2.4 CPLD and FPGA comparison
2.3 Programming and configuration of CPLD and FPGA
2.3.1 Overview of Programming and Configuration of CPLD and FPGA
2.3.2 CPLD programming circuit
2.3.3 FPGA configuration circuit
2.4 Typical CPLD and FPGA Products
2.4.1 Xilinx CPLD and FPGA
2.4.2 CPLD and FPGA of Altera Corporation
2.4.3 Lattice's CPLD and FPGA
Chapter 3 Introduction to VHDL Language
3.1 VHDL language overview
3.2 Two Simple Combination Circuit Examples
3.2.1 Design of 2 to 1 Multiplexer
3.2.2 Design of Half Adder
3.2.3 Basic Structure of VHDL Code Design
3.3 Libraries and packages
3.3.1 Types of libraries and packages
3.3.2 Use of libraries and packages
3.3.3 Definition of package
3.4 entity description
3.4.1 Structure of entity description statements
3.4.2 Port declaration
3.4.3 Generic declaration
3.5 Structure description
3.5.1 Structure description statement structure
3.5.2 Explanatory Statement
3.5.3 Functional Description Statement
3.6 configuration
3.7 Hierarchical VHDL Description
3.7.1 Component declaration and component instantiation
3.7.2 Application of generic parameters
3.8 Description of Simple Sequential Circuits Exercises Chapter 4 VHDL Language Elements Chapter 5 VHDL Basic Statements Chapter 6 State Machine Design Chapter 7 Packages and Subroutines Chapter 8 Simulation Test Platform Chapter 9 Digital Electronic System Design and Typical Examples Appendix A Predefined Package Appendix B VHDL Reserved Keywords References

EDA技术与VHDL设计[黄沛昱编著] 2013年版 Download address EDA technology and VHDL design [editor Huang Peiyu] 2013 edition

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