HDL example source code 1/5 tff_a

这个并串转换代码是依靠同步状态机来实现其控制的。其实并串转换在实际的电路中使用还是比较多的，尤其在通信线路方面的复用和分解方面，原理上就是一个串并转换和并串转换的过程。举个简单的例子，计算机串口发送数据的过程，如果满足发送条件了，其实就是一个并串转换的过程了。好了，废话不说，看代码就是。 -And the string conversion of the code is relying on the synchronization state machine to achieve its control. In fact, string conversion circuit in the actual use of, or more, particularly in the area of communication lines and the decomposition of reuse, the principle is a string and the conversion and the conversion process and string. Here is a simple example, the computer serial port of the process of sending data, if sent to meet the conditions, but in fact is a process of conversion and a string. Well, do not talk nonsense, look at the code is.

说明：  【实例简介】用Verilog实现uart串口协议，波特率可选9600、19200、38400、115200。8位数据为，1位校验位，1位停止位。 【实例截图】 【核心代码】核心代码包括TX，RX，Baud，FIFO([example introduction] UART serial port protocol is implemented with Verilog, and the baud rate can be 9600, 19200, 38400, 115200. 8-bit data, 1 bit check bit, 1 stop bit. [example screenshot] [core code] the core code includes TX, Rx, baud and FIFO)

数字钟vhdl实现，在线测试无误，具有闹钟，对表功能(Digital clock vhdl implementation, online testing is correct, with alarm, the table function)

K2FPGA开发板实验教程——I2C协议说明及verilog实现读写I2C器件，中文内涵代码，验证可用。(K2FPGA development board test tutorial- I2C protocol description and verilog read and write I2C devices, Chinese connotation code to verify availability.)

此RS232通信协议用VHDL语言实现，基于Altium Designer公司的Protel DXP开发平台。本人是基于Nanaboard开发板编写的程序，其他用户只需要对配置文件进行修改即可用于其他电路板。-RS232 communication protocol with the VHDL language, based on the Altium Designer

图像处理的中值滤波器，使用verilog开发环境编程实现。(Verilog development environment programming median filter)

使用VHDL进行分频器设计，主要是一些分频的东西，整数分频，小数分频，奇次分频和偶次分频-Divider using VHDL to design, mainly because some sub-band stuff, integer divider, fractional-N, odd and even sub-sub-sub-sub-band frequency

基于SystemC的Uart模型-----文档(SystemC the Uart model of----- document)

在fpga中对GPS信息采集程序。具有很好的参考性(In the fpga in the GPS information collection procedures. Has a very good reference)

基于 quartus 2 的 lte 信道估计verilog hdl代码 只有功能仿真 时序仿真自己加sdc文件并且调整testbench的clk才能做出来(Estimated Verilog HDL code based Quartus lte channel only functional simulation timing simulation plus sdc file and adjust the testbench clk to do it)