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Digital circuit EDA practical tutorial

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Digital circuit EDA Practical Course Author: Gu Bin, Wei Xin, Jiang Zhipeng, Li Li early Publication date: 2014
From the practical point of view, the book introduces in detail the methods and techniques of designing programmable logic devices using EDA technology through a large number of engineering examples. The book is divided into 3 chapters and 6 chapters. The first part is the basic knowledge of programmable logic devices. It briefly introduces the application areas of EDA technology, FPGA and CPLD hardware structure, and describes the use of common development tools of Altera and Xilinx companies in detail. The second part is the basics of hardware description language programming. Through a large number of examples, the syntax of two commonly used hardware description languages, VHDL and Verilog, and the implementation of common digital circuit functions are introduced in detail. The next part is an example of digital system development, including practical digital clock circuit design, serial communication design, and FIR filtering. Device design and digital frequency meter design. The language of this book is concise, the structure is clear, and the actual engineering is the background. The examples are typical and rich. All come from practice and debugging. It is the extension and summary of the author's many years of development experience. This book is suitable for university students in computer, automation, electronics, hardware and other related majors, as well as scientific research personnel engaged in FPGA development.
Chapter 1 Basics of Programmable Logic Devices Chapter 1 Introduction
1.1 Overview
1.2 Application fields of EDA technology
l.3 EDA design steps
1.4 TOP-DOWN design method
1.5 Hardware Description Language
1.5.l AB


Part I Basics of Programmable Logic Devices Chapter 1 Introduction
1.1 Overview
1.2 Application fields of EDA technology
l.3 EDA design steps
1.4 TOP-DOWN design method
1.5 Hardware Description Language
1.5.l ABEL-HDL
1.5.2 Verilog-HDL
1.5.3 VHDL
1.5.4 Verilog-HDL and VHDL comparison
1.6 Programmable Logic Device Development Tools
l.6.1 ispLEVER
1.6.2 ISE
l.6.3 Quanus II
l.7 IP Core Overview Chapter 2 Xilinx Product Introduction and Development Platform
2.1 Xilinx and its FPGA products
2.1.1 Overview
2.1.2 Configurable logic block CLB
2.1.3 Input / output module 10B
2.1.4 Block RAM
2.2 ISE Design Suite Integrated Development Environment
2.2.1 Introduction to the functional modules of the ISE Design suite
2.2.2 ISE Foundation Software Introduction
2.3 ISE Foundation design process
2.3.1 Problem Analysis
2.3.2 Design Input
2.3.3 Project compilation
2.3.4 Simulation verification
2.3.5 Device Configuration and Programming
2.3.6 Use of IP Core Exercise 2
Chapter 3 AItera Company Product Introduction and Development Platform Application
3.1 CPLD chip of Altera Company
3.1.1 Overview
3.1.2 Function description
3.1.3 Logical Array Block
3.1.4 User Flash Storage Area
3.2 ModelSim design process
3.2.1 New Project and Source File
3.2.2 ModelSim Simulation
3.3 Quartus Ⅱ design process
3.3.1 Design Input
3.3.2 compilation
3.3.3 Constraint settings before compilation
3.3.4 Parameter settings before simulation
3.3.5 Simulation
3.3.6 Pin assignment
3.4 Quartus Ⅱ and Modelsim Joint Simulation
3.4.1 Memory initialization file
3.4.2 Megawizard Plus-In Manager Custom ROM
3.4.3 Quartus Ⅱ and ModelSim joint simulation exerciseThree
Middleware Description Language Programming Basics Chapter 4 VHDL Programming Basics
4.1 VHDL Overview
4.2 VHDL structure
4.2.1 Entity description
4.2.2 Construct
4.2.3 Packages, libraries and configuration
4.3 VHDL sequential statements and concurrent statements
4.3.1 Sequential statements
4.3.2 Parallel statements
4.4 VHDL elements
4.4.1 VHDL text rules
4.4.2 VHDL Data Object
4.4.3 VHDL Data Type
4.4.4 VHDL Operator
4.5 VHDL Implementation of Digital Circuits
4.5.1 Design of Combination Logic Circuit
4.5.2 VHDL implementation of sequential logic circuits
4.5.3 VHDL implementation of state machine knowledge combing and summary exercisesFour

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