基于DE2开发板的VGA显示模块，仅供大家参考

利用verilog语言实现了SHA-1机密算法，具体算法与加密芯片ds28e01一致。(Using Verilog to achieve the SHA-1 secret algorithm, the specific algorithm is consistent with the encryption chip ds28e01.)

基于VHDL语言描述的一个分频器，根据端口值，可作为四分频，八分频等分频器使用。-based on VHDL description of a divider, according to port value, as a quarter of frequency, Frequency Divider interval such use.

基于MAX2运用Quartus实现串口通信-MAX2-based use of Quartus Serial Communication

基于FPGA的成型滤波器的代码，里面内附激励文件，使用verilog编写(FPGA-based shaping filter code, which included incentives files using verilog write)

Simple relay trigger

16级流水线型cordic旋转代码以及测试文件，亲测好用(16-stage pipelined cordic rotation code and test files, pro-testing)

基于VHDL的多路抢答器，用LCD12864进行显示(Multiplex answering device based on VHDL is displayed with LCD12864)

说明：  16位右移位寄存器 下面描述的是一个位宽为16位的右移位寄存器，实际具有环形移位的功能，是在右移位寄存器的基础上将最低位的输出端接到最高位的输入端构成的。其功能为当时钟上升沿到达时，输入信号的最低位移位到最高位，其余各位依次向右移动一位。(16-bit right shift register The following description is a right shift register with a bit width of 16 bits. It actually has the function of circular shift. It is based on the right shift register, which connects the lowest bit output terminal to the highest bit input terminal. Its function is that when the rising edge of the clock arrives, the lowest displacement of the input signal reaches the highest position, and the rest of you move one bit to the right in turn.)

使用VHDL编写的分频程序,能进行任意次的偶数分频,程序简单易懂,供 初学者参考-prepared by the use of VHDL-frequency procedures can make even the random frequency, the procedures are simple and easy to understand. reference for beginners

用来实现IRIG_B码的解码程序，在XILINX ISE上运行过没有问题，(Used to achieve IRIG_B code decoding process, in XILINX ISE run-off is no problem,)