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基于FPGA的脉冲量输入模板的研究
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2009-08-14
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可编程逻辑器件的应用成为现代电子电路设计中的高效方式,它可以实现高效率、可
靠的设计,也可以进一步提高电路的集成度。为满足工业现场高速通信的需要，并实现复杂控制系统的实时控制。本文设计一款基于FGPA 的脉冲量输入模版。文中主要是对FPGA 器件进行设计，使用了软件开发工具Max+PlusII。
关键字：FPGA；脉冲量；电路设计；Max+PlusII
Abstract: The application of FPGA is an effective way in the modern electronics circuit design, and it can enhance the effect and reliability of design so as to the integration as well. To meet the requirement of industrial field high speed communication and realize the real-time control of complex control systems, a pulse input module based on FPGA was designed in this paper. The software tool Max+PlusII is used to fulfill this target.
Keywords: FPGA; Pulse; Circuit Design; Max+PlusII
靠的设计,也可以进一步提高电路的集成度。为满足工业现场高速通信的需要，并实现复杂控制系统的实时控制。本文设计一款基于FGPA 的脉冲量输入模版。文中主要是对FPGA 器件进行设计，使用了软件开发工具Max+PlusII。
关键字：FPGA；脉冲量；电路设计；Max+PlusII
Abstract: The application of FPGA is an effective way in the modern electronics circuit design, and it can enhance the effect and reliability of design so as to the integration as well. To meet the requirement of industrial field high speed communication and realize the real-time control of complex control systems, a pulse input module based on FPGA was designed in this paper. The software tool Max+PlusII is used to fulfill this target.
Keywords: FPGA; Pulse; Circuit Design; Max+PlusII
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