资源列表
4-ADC模块
- ADC模块例程 适用于飞思卡尔电磁循迹小车等智能小车(ADC module routine is suitable for intelligent cars such as Freescale electromagnetic tracking car.)
sdcard
- 使用fpga实现对sd卡的读写，仅有源码，纯verilog编写，完全通用(Using FPGA to read and write SD card, only source code, pure verilog, completely universal)
64位乘法器
- 基于fpga的64位乘法器的实现，基于Verilog(Implementation of 64-bit multiplier based on FPGA)
fpga_can_read_write
- FPGA实现can通讯 已经调试成功 mcp1050(FPGA realizes can communication)
project1
- 音乐计算器的设计与实现。完成加减与或比较计算，能显示进位借位零位，能根据结果的正负发出两首不同的音乐。(Design and implementation of music calculator. Complete addition and subtraction and comparison calculation, can display carry and borrow zero, can send out two different music according to the posi
project2
- 基于FPGA实验板设计一个远程控制系统，接收由计算机发出的数据，和实验板上矩阵键盘输入的数据完成相应的运算之后，结果显示在实验板的数码管上，同时发送回计算机显示。(A remote control system is designed based on the experimental board of FPGA, which receives the data sent by the computer and completes the corresponding calculation wi
BrentKung32
- 32 bit brent kung adder
A4_Oscilloscope_Top
- 使用DE0开发板和ADC,DAC实现简易频谱仪(Using DE0 Development Board and ADC, DAC to Realize Simple Spectrometer)
mips-cpu-master
- CPU设计，已通过模拟，有需要的自行下载吧(CPU design has been simulated)
NCO VHDL IMPLEMENTATION
- its NCO vhdl implementation very useful and helpfull for beginners. it has vhdl files and testbench. wish you best of luck.
WM8731
- 通过 fpga 控制音频编解码芯片 wm8731 产生一个 1khz 的正弦波，接上 AC620 板上的耳机接口，试听此正弦波。（注意，声音比较大，如果为了保险，可以使用 带音量控制的音响，也可以用示波器观察）。(The audio codec chip wm8731 is controlled by FPGA to produce a 1 kHz sinusoidal wave connected with AC620 Listen to this sinusoidal wave wit
TR_ctrl
- 实现串口1转四通信，同时实现片内存储修正系数，上电补偿