物联网技术
物聯網技術
물련망기술
INTERNET OF THINGS TECHNOLOGIES
2014年
1期
63-65,67
,共4页
51内核%NAND FLASH%块擦除%页编程
51內覈%NAND FLASH%塊抆除%頁編程
51내핵%NAND FLASH%괴찰제%혈편정
51 core%NAND FLASH%block erase%page program
阐述了NAND FLASH的工作原理和访问方式,提出了一种基于51内核单片机存储、读取NAND FLASH的实现方法,给出了K9F2G08UXA与单片机的接口电路,同时给出了对K9F2GO8UXA芯片进行读操作、页编程和块擦除等软件操作的响应例程。
闡述瞭NAND FLASH的工作原理和訪問方式,提齣瞭一種基于51內覈單片機存儲、讀取NAND FLASH的實現方法,給齣瞭K9F2G08UXA與單片機的接口電路,同時給齣瞭對K9F2GO8UXA芯片進行讀操作、頁編程和塊抆除等軟件操作的響應例程。
천술료NAND FLASH적공작원리화방문방식,제출료일충기우51내핵단편궤존저、독취NAND FLASH적실현방법,급출료K9F2G08UXA여단편궤적접구전로,동시급출료대K9F2GO8UXA심편진행독조작、혈편정화괴찰제등연건조작적향응례정。
The working principle and access methods of NAND FLASH are introduced, and the implementation method of NAND FLASH reading and store by 51 core-based singlechip is proposed. The interface circuit of K9F2G08UXA is provided, along with the response routines of the software operations on K9F2GO8UXA chip such read operation, page program and block erase.