航空电子技术
航空電子技術
항공전자기술
Avionics Technology
2015年
3期
16-20
,共5页
高速采样%实时存储%大容量存储%FPGA
高速採樣%實時存儲%大容量存儲%FPGA
고속채양%실시존저%대용량존저%FPGA
high-speed sampling%real-time storage%large-capacity storage%FPGA
本文结合具体实例详细介绍了高速采样系统实时存储设计的设计方法，重点分析了高速采样系统实时存储设计的实现过程，从设计经验的角度剖析了设计实现的关键过程和注意事项。本设计方法已在多个数据采集系统中得以应用和验证，对类似实时存储系统的应用设计具有借鉴作用。
本文結閤具體實例詳細介紹瞭高速採樣繫統實時存儲設計的設計方法，重點分析瞭高速採樣繫統實時存儲設計的實現過程，從設計經驗的角度剖析瞭設計實現的關鍵過程和註意事項。本設計方法已在多箇數據採集繫統中得以應用和驗證，對類似實時存儲繫統的應用設計具有藉鑒作用。
본문결합구체실례상세개소료고속채양계통실시존저설계적설계방법，중점분석료고속채양계통실시존저설계적실현과정，종설계경험적각도부석료설계실현적관건과정화주의사항。본설계방법이재다개수거채집계통중득이응용화험증，대유사실시존저계통적응용설계구유차감작용。
By introducing a design of implement example, this paper introduces the design method of real-time storage in high-speed sampling system in detail. And it emphatically analyses the design process of real-time storage, and experientially analyses the key parts and attentions of the design implements. The design method has been applied and validated in several sampling systems,, and it’s proven useful to similar real-time storage application design.
