基于振荡器采样的真随机数发生器（模拟IC设计）

Table of Contents Foreword .................................................................................... xiii Acknowledgements .....................................................................xv 1 Introduction....................................................................................1 1.1 Goals of This Document................................................................................ 2 1.1.1 Assumptions ..................................................................................... 3 1.1.2 Definitions ........................................................................................ 3 1.1.3 Virtual Socket Interface Alliance ..................................................... 4 1.2 Design for Reuse: The Challenge.................................................................. 4 1.2.1 Design for Use.................................................................................. 5 1.2.2 Design for Reuse .............................................................................. 5 1.2.3 Fundamental Problems ..................................................................... 6 2 The System-on-a-Chip Design Process.........................................7 2.1 A Canonical SoC Design............................................................................... 7 2.2 System Design Flow...................................................................................... 8 2.2.1 Waterfall vs. Spiral ........................................................................... 9 2.2.2 Top-Down vs. Bottom-Up .............................................................. 11 2.2.3 Construct by Correction ................................................................. 13 2.3 The Specification Problem .......................................................................... 13 2.3.1 Specification Requirements ............................................................ 14 2.3.2 Types of Specifications................................................................... 14 12 Data and Project Management ...............................................205 12.1 Data Management...................................................................................... 205 12.1.1 Revision Control Systems ............................................................ 205 12.1.2 Bug Tracking ................................................................................ 207 12.1.3 Regression Testing........................................................................ 207 12.1.4 Managing Multiple Sites .............................................................. 208 12.1.5 Archiving ...................................................................................... 208 12.2 Project Management.................................................................................. 209 12.2.1 Development Process.................................................................... 209 12.2.2 Functional Specification ............................................................... 209 12.2.3 Project Plan................................................................................... 210 13 Implementing a Reuse Process ...............................................211 13.1 Key Steps in Implementing a Reuse Process............................................. 211 13.2 Dealing with Legacy Designs.................................................................... 212 13.2.1 Recapturing Intent ........................................................................ 213 13.2.2 Using the Design As-Is................................................................. 213 13.2.3 Retiming ....................................................................................... 213 13.2.4 Tools for Using Legacy Designs................................................... 214 13.2.5 Summary....................................................................................... 214 Glossary .....................................................................................215

文件中是《通信IC设计》下册的PDF，欢迎下载。。。。。。

Genus的基本使用示例以及详细使用文档，易懂易学，入门快，

SynopsysDesign Compiler,是一个基于UNIX系统，通过命令行进行交互的综合工具，除了综合之外，它还含有一个静态时序分析引擎及FPGA和LTL(links-to-layout)的解决方案。我们就以下几个方面对DC做以介绍：

专用IC芯片组（chipset），光学读取头（pickup）与主轴马达（spindle）是CD-ROM三大核心零组件。其中，IC芯片组的作用可以说相当于人体的心脏，它的表现如何很大程度上决定了光驱整体的运转效能。随着近年来微处理技术和芯片制造业的飞速发展，IC集成度年复一年保持了指数级增长。这完全验证了早年集成电路发明者戈登摩尔（前英特尔公司总裁）的预测。

AG7220支持HDMI2.0协议，带宽为每通道6Gbps，可支持高达4K2K@60Hz分辨率的视频性能。AG7220可以支持无需外部电源的功能补给。与传统的无源电缆相比，有了AG7220，HDMI电缆制造商可提供更薄或更长的HDMI2.0电缆，具有同等的视频性能。 AG7120支持HDMI1.4 ，4K2K@30Hz分辨率的视频性能。 AG7120/AG7220两者共同点如下: 1.应用范围: HDMI/DVI电缆延长线； HDMI/DVI有源电缆组件； 投影仪；高清显示器 2.工艺和包装 QFN 24 4X4mm封装尺寸； 扩展商业温度范围（0°C至+70°C） AG7120|AG7220|HDMI信号放大器方案|HDMI线缆延长方案

精通VerilogHDL：IC设计核心技术实例详解 -部分习题源码

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