CAN总线控制器源FPGA，都对我的使用说明文件…

说明：  “基于 ROM 的 LCD图片显示实验 ”中利用 FPGA 片上存储资源存储图片，并通过 LCD接口将图片显示到 LCD屏幕上。但是由于 FPGA 片上存储资源有限，只能存储分辨率较小的图片(In the experiment of LCD image display based on ROM, FPGA on-chip storage resources are used to store pictures, and the pictures are displayed on LCD screen through LCD interface. However, due to the limited on-chip memory resources of FPGA, it can only store images with smaller resolution)

VHDL 语言实现 38译码器 文件中包括 程序 源代码 还有 testbench 测试程序(38 decoder VHDL language implementation, including program source code file, there are testbench test procedures)

verilog编写的QPSK发射机的ＦＰＧＡ部分，已经过验证，完全达到要求。调制矢量误差４％(QPSK transmitter verilog prepared by the FPGA portion, has been proven, fully meet the requirements. Modulation vector error of 4 )

调制信号后4倍内插的verilog代码，用于基带成型滤波器输入数据(4 times after modulation signal interpolation verilog code, used to baseband shaping filter input data)

全加器结构描述是从设计实体的内部结构对结构体进行描述的，并给出该实体所包含的模块或元件的相互连接关系-fulladd

VERILOG设计实例，非常详细的例子，有交通灯，频率计，数字跑表等等例子(Verilog design example, a very detailed examples have traffic lights, frequency meter, digital stopwatch, etc. Examples of)

TCD1209D驱动程序 Verilog语言(TCD1209D driver Verilog language)

基于FPGA cyclone2的偶数分频模块，可实现自定义分频数(Based on FPGA cyclone2 even number of frequency divider module, custom frequency divider can be realized.)

利用两个加法器和两个乘法器一起并行处理来实现

同步串行数据发送电路SSDT的基本功能是将并行数据转换成串行数据并进行同步发送。系统写入和读出时序完全兼容Intel8086时序。 系统以同步信号开始连续发送四个字节，在发送中出现5个1时插入一个0，在四个数据发送结束而下一次同步没有开始之前，发送7FH，这时中间不需要插入零 -synchronous serial data transmission circuit SSDT the basic function is to convert parallel data into serial and the same this step. System write and read sequential fully compatible Intel8086 timing. Synchronized signal system to start sending four consecutive bytes, in this emerging 5 1:00 insert a 0, at the end of four data sent and the next synchronization not started before, sending seven FH, then the middle is not inserted