CAJ | 학술논문

在 FPGA 器件的测试领域，由于通用 ATE 的局限性，需要为 ATE 设计 FPGA 配置板。然而目前行业内通用的配置方案测试效率低、可移植性差，给 FPGA 器件测试程序的开发和测试都带来了很多不便。论文提出了一种新的 FP‐GA 多重自动配置技术，设计采用 FPGA 作为主控制器，大容量 FLASH 芯片用于存储目标 FPGA 的配置数据，具有大量存储、调取灵活、配置快速等优点，实现了 Xilinx 公司绝大部分不同型号的 FPGA 器件的多重、自动、快速重配置，有效地解决了原配置方案的弊端，提高了 FPGA 测试的效率。
재 FPGA 기건적측시영역，유우통용 ATE 적국한성，수요위 ATE 설계 FPGA 배치판。연이목전행업내통용적배치방안측시효솔저、가이식성차，급 FPGA 기건측시정서적개발화측시도대래료흔다불편。논문제출료일충신적 FP‐GA 다중자동배치기술，설계채용 FPGA 작위주공제기，대용량 FLASH 심편용우존저목표 FPGA 적배치수거，구유대량존저、조취령활、배치쾌속등우점，실현료 Xilinx 공사절대부분불동형호적 FPGA 기건적다중、자동、쾌속중배치，유효지해결료원배치방안적폐단，제고료 FPGA 측시적효솔。
In the field of FPGA testing ,it is indispensable to design FPGA configuration board as a result of the ATE shortage on function .However ,configuration boards in use are always inefficient and difficult to transplant ,which brings discomfort in exploitation of FPGA testing projects and FPGA testing process .A new FPGA auto‐configuration technology is put forward ,in which FPGA is used as controller and Flash is used to storage configuration data .This technology can be used in most FPGA devices of Xilinx ,which solves abuse of the last configuration ways and makes FPGA testing more effi‐cient .