搜索资源列表
shuzinaozhong
- 一个数字闹钟的vhdl代码! 分成几个模块 要通过自顶向下的设计方法来做!-A digital clock vhdl code! Divided into several modules through top-down design method to do!
VHDL-djdplj
- 基于VHDL语言的十进制等精度频率计的设计,采用VHDL语言,运用自顶向下的设计思想, 将系统按功能逐层分割的层次化设计方法,使用Quartus8.0开发环境,实现了频率计的设计。-VHDL language based on the decimal precision frequency meter, etc. The design, using VHDL language, the use of top-down design, the system is divided by func
FPGA-VHDL-dengjingduc
- 本文介绍了基于VHDL语言的十进制等精度频率计的设计,采用VHDL 语言,运用自顶向下的设计思想,将系统按功能逐层分割的层次化设计方法,使用Quartus8.0开发环境,实现了频率计的设计。 -This article describes the decimal-based VHDL, and other precision frequency meter design, using VHDL language, the use of top-down design, the system
Quartus
- 本设计是实现基于FPGA的液晶显示模块,采用自顶向下的设计方法,用原理图的形式实现顶层控制。-The design is FPGA-based liquid crystal display module, using top-down design method, to achieve top-level schematic in the form of control.
miaobiao
- 用动态扫描方法和定时器1在数码管的前三位显示出秒表, 精确到1 秒,即最后一位显示1 秒,一直循环下去 设时钟频率为12M-With dynamic scanning method and Timer 1 in the top three shows digital stopwatch, accurate to 1 of the second and final one shows 1 seconds, the clock has been set down cycle freque
FPGA-TOP-TOWN
- FPGA/EPLD的自上而下(Top-Down)设计方法-FPGA/EPLD ( Top-Down ) top-down design method
Clock
- 本设计实现了一种基于FPGA的数字时钟设计,应用Verilog硬件描述语言进行数字电路设计,采用自顶向下的方法将电路系统逐层分解细化,设计数字时钟总体结构、各模块及相应具体电路。在Quartus II 9.0工具软件环境下编译、仿真。最后下载到FPGA实验平台进行测试。本数字时钟具有显示时间、通过按键校准时间、整点报时等功能。(This design realizes a digital clock design based on FPGA, uses the Verilog hardware