资源列表
bijiaoqi
- 应用vhdl语言进行加法器的设计，比较器的设计，随着vhdl语言的应用越来越广泛，其重要性也更加明确。希望对大家有所帮助。-application vhdl language adder design, compared with the design, With vhdl language widely used, the importance of which was more explicit. We want to help.
VHDL
- 运用vhdl程序设计语言进行ppm设计，ppm 设计在vhdl语言中非常常用，运用已经越来越广泛。-use vhdl program design language ppm design, vhdl ppm design in a very common language, has become increasingly widespread use.
UART_source
- 用VHDL编写的UART源程序，请需要的朋友下载-VHDL source files prepared by the UART, please download a friend in need
I2C_source
- 用VHDL写的I2C源程序，欢迎有需要的来下载-with I2C write VHDL source files, welcomed the need to download
sobel
- 这是本人自己编写的可用于256*256大小的图像进行sobel边缘检测的vhd文件，可在QuartusII或MaxplisII下综合和仿真，并在FPGA上测试过。可以进行修改支持其他大小图像的sobel边缘检测，同时还可以实现其它的图像模块化处理算法，例如高斯滤波，平滑等。-this is my own preparation for the 256 * 256 size of the image segmentation Edge Detection vhd document in the n
segdisp
- 数码管显示有片选 模块 四输入，与其他模块相连即可使用-digital film of the election showed that four input modules, and other modules can be linked to the use of
ledarray_disp
- led 点阵显示led——rom实现，功能模块分离 就爱可根据卡加大公开吉安市贷款给经济 -led dot matrix display led -- rom realized, functional modules can be separated on the basis love Cagayan open to the public Ji'an City loans to the economy
pa_ser
- 这是我自己写的4位并转串ISE代码，在xilinx Spartan3E 上已经调试成功，拿出来与大家分享！-that I wrote four string and turn ISE code In xilinx Spartan3E debugging has been successful, with the show to share with you!
Mult
- 这是我自己写的两个8位二进制数的乘法程序，在xilinx Spartan3E 上已经调试成功，拿出来与大家分享！-that I wrote two eight binary number multiplication procedure, In xilinx Spartan3E debugging has been successful, with the show to share with you!
people4
- 这是我自己写的4人表决器源码，在xilinx Spartan3E 上已经调试成功，拿出来与大家分享！-that I wrote four voting machine source code, In xilinx Spartan3E debugging has been successful, with the show to share with you!
time24
- 用VHDL写的运动计时表程序，用Modelsim仿真已经通过，帖出来与大家分享。-write VHDL campaign time table program, Modelsim simulation has been passed, Tie up share with you.
Freq_counter
- 本代码介绍了使用VHDL开发FPGA的一般流程，最终采用了一种基于FPGA的数字频率的实现方法。该设计采用硬件描述语言VHDL，在软件开发平台ISE上完成，可以在较高速时钟频率（100MHz）下正常工作。该设计的频率计能准确的测量频率在1Hz到100MHz之间的信号。使用ModelSim仿真软件对VHDL程序做了仿真，并完成了综合布局布线，最终下载到芯片Spartan-II上取得良好测试效果。-the code on the FPGA using VHDL development of the