电子与封装
電子與封裝
전자여봉장
EIECTRONICS AND PACKAGING
2013年
5期
6-8
,共3页
FPGA%测试%配置
FPGA%測試%配置
FPGA%측시%배치
FPGA%testing%configuration
FPGA已经成为当今数字化系统硬件设计的核心,全球90%以上的嵌入式系统设计工程师正在使用FPGA进行着各种各样的设计.FPGA的快速发展,为测试厂商带来了新的机遇和挑战,针对FPGA的各种创新测试技术和解决方案不断问世.文章介绍FPGA配置方法,着重介绍了利用测试系统(ATE)直接配置和基于CPLD+FLASH的FPGA配置方法,介绍了FPGA配置模式选择和配置代码生成方法,并以Virtex-II FPGA为例,详细讲述了FPGA配置与测试过程.
FPGA已經成為噹今數字化繫統硬件設計的覈心,全毬90%以上的嵌入式繫統設計工程師正在使用FPGA進行著各種各樣的設計.FPGA的快速髮展,為測試廠商帶來瞭新的機遇和挑戰,針對FPGA的各種創新測試技術和解決方案不斷問世.文章介紹FPGA配置方法,著重介紹瞭利用測試繫統(ATE)直接配置和基于CPLD+FLASH的FPGA配置方法,介紹瞭FPGA配置模式選擇和配置代碼生成方法,併以Virtex-II FPGA為例,詳細講述瞭FPGA配置與測試過程.
FPGA이경성위당금수자화계통경건설계적핵심,전구90%이상적감입식계통설계공정사정재사용FPGA진행착각충각양적설계.FPGA적쾌속발전,위측시엄상대래료신적궤우화도전,침대FPGA적각충창신측시기술화해결방안불단문세.문장개소FPGA배치방법,착중개소료이용측시계통(ATE)직접배치화기우CPLD+FLASH적FPGA배치방법,개소료FPGA배치모식선택화배치대마생성방법,병이Virtex-II FPGA위례,상세강술료FPGA배치여측시과정.
FPGA has become the core of today's digital system hardware design, more than 90%embedded system design engineers of the world are using the FPGA for a wide variety of designs. The rapid development of FPGA brings new opportunities and challenges for test manufacturers, a variety of innovative testing technologies and solutions for FPGA have been developed. This article describes the methods of FPGA configuration. Highlights the configuration method with the ATE and the method based on CPLD+FLASH, describes the method of FPGA configuration mode selection and the method of FPGA configuration code generation, and give a detailed description of the FPGA configuration and testing process with a Virtex-II FPGA for example.
