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基于EDA技术的复杂数字电路设计

更新时间:2020-07-27 10:25:45 大小:530K 上传用户:xiaohei1810查看TA发布的资源 标签:eda数字电路 下载积分:5分 评价赚积分 (如何评价?) 打赏 收藏 评论(0) 举报

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目的研究复杂数字电路在EDA开发系统上的实现方法。方法在Quartus环境下利用VHDL及原理图输入法综合设计了8位十进制数字频率计。结果下栽/配置到”在系统可编程”实验板的目标器件上,经实际电路测试验证,达到了预期的设计要求。结论与传统设计方法相比,基于EDA技术的设计方案具有外围电路简单,程序修改灵活和调试容易等特点;设计的数字频率计测量范围大,精度高,读数直观清晰。

Objective--To study the method for realizing a digital circuit in EDA development system. Methods--In the Quartus environment, A 8-bit decimal digital frequency meter is designed by using VHDL and schematic input method. Results--When downloaded/configured to the target device of the experimental plate "programmable in system", the expected design requirement is achieved by actual circuit testing and verification. Conclusion--Compared with traditional design method, the design scheme based on EDA technology boasts simple peripheral circuit, flexible program modification and easy debug mode; This frequency meter also is characteristic of wide measurement range, high accuracy as well as clear and intuitive reading.

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基于EDA技术的复杂数字电路设计.pdf 530K

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