基于VHDL的语言的乒乓游戏机电路的设计与仿真
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摘要
在EDA开发工具Quartus II平台上,采用VHDL语言层次化和模块化的设计方法 ,设计了一款乒乓游戏机电路。通过分析电路的要求,编写了相应的VHDL模块,依次绘制了顶层电路图,实现了电路的仿真。并在此基础上,下载程序至使CPLD硬件,使得电路也具备了乒乓游戏机的功能。
On the EDA development tool Quartus II platform, We designed a ping-pong game circuit by VHDL is designed with hierarchical and modular design. By analyzing the circuit requirements, the preparation of the corresponding VHDL modules is compiled. And then the top level schematics is drawn to achieve a simulation of the circuit. And on this basis, downloads programs to CPLD hardware, so that the circuit also includes a ping-pong game features.
On the EDA development tool Quartus II platform, We designed a ping-pong game circuit by VHDL is designed with hierarchical and modular design. By analyzing the circuit requirements, the preparation of the corresponding VHDL modules is compiled. And then the top level schematics is drawn to achieve a simulation of the circuit. And on this basis, downloads programs to CPLD hardware, so that the circuit also includes a ping-pong game features.
引文
[1]张文.基于VHDL的乒乓游戏机设计[J].高师理科学刊2009,(1):54-57.
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[2]程建峰.基于Multisim的多功能8路抢答器的设计与仿真[J].工业仪表与自动化装置,2015,(2):31-34.
[3]陈婕羽.基于Multisim的火箭发射30秒倒计时器设计[J].电子制作,2015,(5):7-8.
[4]胡兰芳.基于Multisim 11的RC桥式振荡电路研究[J].成都师范学院学报,2015,(5):16-120.
[5]王晓鹏.基于MC1496的同步检波电路与Multisim仿真[J].中国新通信,2015,(6):118.
[6]曹莉凌.基于555定时器的湿度检测电路的设计与Multisim仿真[J].电子设计工程,2015,(6):159-162.
[7]陈莉.74151N的数据选择电路工作过程的Multisim仿真分析[J].电子技术与软件工程,2015,(9):105-111.