电子技术
電子技術
전자기술
ELECTRONIC TECHNOLOGY
2014年
12期
46-47,45
,共3页
刘瑞芳%丁卫平%胡文静%梅孝安%刘鑫
劉瑞芳%丁衛平%鬍文靜%梅孝安%劉鑫
류서방%정위평%호문정%매효안%류흠
USB3.0%CPLD%CYUSB3014%数据采集
USB3.0%CPLD%CYUSB3014%數據採集
USB3.0%CPLD%CYUSB3014%수거채집
USB3.0%CPLD%CYUSB3014%data acquisition
文章设计与开发了一套USB3.0数据采集与传输系统，该系统采用MAX 7000A为主控芯片， CYUSB3014为USB3.0接口芯片。本文先给出硬件系统的设计，然后介绍了固件和驱动程序的开发。经测试，该系统能实现超高速数据采集与传输。
文章設計與開髮瞭一套USB3.0數據採集與傳輸繫統，該繫統採用MAX 7000A為主控芯片， CYUSB3014為USB3.0接口芯片。本文先給齣硬件繫統的設計，然後介紹瞭固件和驅動程序的開髮。經測試，該繫統能實現超高速數據採集與傳輸。
문장설계여개발료일투USB3.0수거채집여전수계통，해계통채용MAX 7000A위주공심편， CYUSB3014위USB3.0접구심편。본문선급출경건계통적설계，연후개소료고건화구동정서적개발。경측시，해계통능실현초고속수거채집여전수。
A set of USB3.0 data acquisition and transmission system, which uses MAX 7000A as the main control chip and CYUSB3014 as USB3.0 interface chip, is designed and developed in this paper. The hardware system design is presented first, and then the development of the firmware and driver is described. The system has been tested and proven to be able to achieve ultra high speed data acquisition and transmission.
