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EDA Technology and Application Practice [Edited by Wang Jin] 2014 Edition

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  • Data language: Chinese version
  • Document format: PDF document
  • Data category: Electronic information
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Practice of EDA Technology and Application: Wang Jin, Ju Lan waiting Published: 2014
Series items: Introduction to the series of planning textbooks for electronic information and electrical disciplines in colleges and universities. This textbook is a textbook for the "EDA Experimental Fundamentals and Applications" course for college electronic information majors. First introduced the basic knowledge of EDA technology, including the development history of EDA technology, the characteristics of hardware description language, design process, experimental platform and design tools, etc., and then arranged 23 experimental content, covering the typical functional modules of digital electronic systems From simple to difficult, from combinatorial logic to sequential logic. This textbook introduces more comprehensive and practical experiments into the curriculum, enabling students to better understand the design methods of various common digital systems closer to the actual situation, improve students 'learning interest, and cultivate students' ability to design independently. This textbook can be used as an EDA technical guide for undergraduates of electronic information in colleges and universities, and can also be used as a self-study reference book for related professional and technical personnel.
Preface Teaching Suggestions Chapter 1 Overview 1
1.1 EDA Technology Overview 1
1.2 Hardware Description Language Overview 3
1.3 EDA Experiment Teaching Objectives 4
Chapter 2 Introduction to EDA Design Process and Tools 5
2.1 EDA design process 5
2.1.1 Design Input 5
2.1.2 Functional Simulation 7
2.1.3 Comprehensive 7
2.1.4 Adaptation 7
2.1.5 Timing Simulation 8
2.1.6 Download Configuration 8
2.2 Common EDA Tools 8
2.2.1 Design Input Editor 8
2.2.2 HDL Synthesizer 9
2.2.3 The Emulator 10
2.2.4 Adapter 11
Downloader 2.2.5 11
2.3 Introduction to Quartus II 11
Chapter 3 PLD and EDA Experiment Platform 13
3.1 PLD Overview 13
3.1.1 Development History of PLD 13
3.1.2 Classification of PLDs 14
3.2 Simple PLD Principles 15
3.2.1 Representation of PLD 15
3.2.2 PROM17
3.2.3 PLA18
3.2.4 PAL19
3.2.5GAL20
3.3 Principles of CPLD 21
3.3.1 CPLD Product Overview 22
3.3.2 Structure and working principle of CPLD 23
3.4 FPGA Principles 26
3.4.1 Lookup Table Logical Structure
3.4.2 FPGA Product Overview 27
3.4.3 FPGA structure and working principle 31
3.5 EDA Experiment Platform Circuit Detailed 36
3.5.1 Clock Circuit 37
3.5.2 Reset Circuit 37
3.5.3 Extended Memory Circuits
3.5.4 Configuration Circuit
3.5.5 Power Supply Circuit 43
3.5.6 Interface Circuits
3.5.7 User buttons and LED display circuit 44
Chapter 4 Quartus Ⅱ Application Wizard 46
4.1 Quartus Ⅱ Design Flow Overview 46
4.2 QuartusⅡ basic design flow 48
4.2.1 New construction 48
4.2.2 Design Input 53
4.2.3 Compilation
4.2.4 Timing Simulation
4.2.5 Pin Locking
4.2.6 Configuration File Download 68
4.2.7 RTL Circuit Observer 71
4.2.8 Component Packaging
Chapter 5 EDA Experiments 74
Experiment 1 Adder 74
Experiment 2 Data Selector 80
Experiment 33-8 Decoder 83
Experiment 4 static digital tube display 86
Experiment 5 dynamic digital tube display 92
Experiment 6 key debounce circuit 96
Experiment 7 Fractional Divider 100
Experiment 8 NC frequency divider 102
Experimental 98-bit Decimal Frequency Meter 106
Lab 10 Hardware Keyboard Design 116
Experiment 11 Hardware Music Automatic Performance Circuit Design 122
Experiment 12 Digital Clock Design 129
Experiment 13 State Machine Design 135
Lab 14 Responder Design 139
Experiment 15 Dual Control Switch Circuit Design 144
Experiment 16 TLC549 (A / D) Sampling Control 147
Experiment 17 TLC5620 (D / A) control 154
Experiment 18LED 16 × 16 dot matrix display circuit 160
Experiment 19 VGA display color bar grid display circuit design 169
Experimental 20VGA display image static display circuit design 177
Experiment 21 VGA dynamic digital clock display circuit design 181
Experiment 22 sine wave, triangle wave generator 186
Experiment 23 Design of Nios Ⅱ running water lamp 192

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EDA技术及应用实践[王锦编著] 2014年版 Download address EDA technology and application practice [edited by Wang Jin] 2014 edition

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