基于fpga无叶风扇控制器的设计与制作-毕设论文.doc

杭州电子科技大学继续教育学院毕业设计(论文) 题目基于 FPGA 无叶风扇控制器的设计与制作学习类别成人本科年级 2011 级专业电子信息工程班级金华学习中心(函授站) 学号 ********** 学生姓名彭召翔指导教师刘子坚完成日期 2013 年5月 15日杭州电子科技大学继续教育学院毕业设计(论文) 基于 FPGA 无叶风扇控制器的设计与制作杭州电子科技大学电子信息工程专业彭召翔摘要本产品是无叶风扇的核心部件之一,使用简单,运行稳定可靠。功能丰富,质量可靠, 人性化设计, 尤其是众多的保护功能使产品返修率降到非常低的水平。具有升级容易、通用性强、调速范围广等特点,安装十分方便。本控制器以 FPG A 为核心,采用 Xilinx 公司的 XC6SLX9-TQG144 芯片实现了压力的准确控制、数码管显示设定值与测量值、按键设定气压大小和起动停止控制功能、人体红外感应的控制、电机驱动的脉宽调制控制。关键词: 无叶风扇;无叶风扇; FPGA 杭州电子科技大学继续教育学院毕业设计(论文) FPGA design bladeless fan controller ( Major of Applied Electronic Technology , Information and Engineering College , Peng ZhaoXiang ) ABSTRACT This product isa ponent of the non-leaf fan, easy to use, stable and reliable. Bladeless fan also called air doubler, it can produce natural continuous cool breeze, no leaves, no dust cover, or injury to the fingers of curious children. Even more amazing is its peculiar shape, the appearance of both the flow lines and fresh, giving the visual effect can not pared. The controller uses FPGA as the core chip, feature-rich, stable performance, reliable quality, user-friendly design, especially the many protection functions product failure rates down to very low levels. Easy to upgrade, powerful, and a wide range of versatility, speed, and very easy to install. Keyword: No leaf fan ; Controller ; FPGA 杭州电子科技大学继续教育学院毕业设计(论文) 目录引言................................................................................................................................... 1 1方案论证与确定............................................................................................................ 2 方案的选择............................................................................................................ 2 方案论证与确定.................................................................................................... 3 2硬件设计........................................................................................................................ 4 硬件整体结构及原理.............................................