北京交通大学数字电子线路研究性学习(论文)集成电路EDA技术及可编程逻辑器件组员:姓名:学号:姓名:学号:指导老师:朱明强二零一四年十二月数字电子线路研究性学习(论文)第II页摘要本文通过介绍集成电路EDA技术以及可编程逻辑器件PLD来了解当前集成电路及PLD的发展。集成电路部分,我们介绍了传统设计方法和现代设计方法,然后系统的介绍了EDA技术。之后我们详细的介绍了可编程逻辑器件PLD的结构、分类、性能特点,以及对低密度和高密度PLD不同的设计方法。然后对国内外大型的集成电路设计公司以及他们的产品进行了介绍。硬件的发展离不开软件平台的支持,文中对Max+plusⅡ设计平台的的特点进行了介绍。了解芯片上的文字信息也是一个学习集成电路技术的人必不可少的技能,文章的最后以FPGA为例,介绍了其片上信息的具体含义。关键词:集成电路;可编程逻辑器件;公司介绍;Max+plusⅡ软件平台;FPGA片上信息数字电子线路研究性学习(论文)AbstractInthisarticle,byintroducingEDAtechnologyofintegratedcircuitsandprogrammablelogicdevicePLDtounderstandthecurrentintegratedcircuit,andthedevelopmentofPLD.Integratedcircuitpart,weintroducedthetraditionaldesignmethodandthemoderndesignmethod,thenthesystemofEDAtechnologyisintroduced.Afterourdetailedintroducestheprogrammablelogicdevicesstructure,classificationandperformancecharacteristicsofPLD,andthedesignmethodoflowdensityandhighdensityPLDisdifferent.Thenthelargeintegratedcircuitdesigncompanyathomeandabroadareintroducedandtheirproducts.Thedevelopmentofthehardwarecan'tdepartfromthesupportofsoftwareplatform,ThispaperthecharacteristicsofdesignplatformofMax+plusareintroduced.ⅡUnderstandatextmessageonachipisalsoalearningessentialskillsintegratedcircuittechnology.TheendofthearticlehastheFPGAastheexample,introducesthespecificmeaningoftheinformation.Keywords:Integratedcircuit;Programmablelogicdevices;Companyintroduction;Thesoftwareplatform;InformationontheFPGAchip第III页共29页数字电子线路研究性学习(论文)目录摘要...............................................................................................................................IIABSTRACT.........................................................................................................................III1集成电路的设计方法.....................................................................................................11.1传统数字系统设计方法..........................................................................................11.2现代数字系统设计方法..........................................................................................11.3EDA技术及现代数字系统设计流程.....................................................................12可编程逻辑器件.............................................................................................................32.1可编程逻辑器件简介..............................................................................................32.2可编程逻辑器件PLD的基本结构.........................................................................32.3可编程逻辑器件PLD的分类.................................................................................32.4可编程逻辑器件PLD的性能特点.......................................................................62.5可编程逻辑器件PLD的设计过程.......................................................................73当代集成电路设计公司.................................................................................................93.1国内集成电路设计公司简介............