vga example for altera

NIOS II IDE 编程， 定时器测试程序，仅供参考。-NIOS II IDE programming timer testing procedures, for information purposes only.

该工程描述的是一位全加器，可以用此作为基础，搭建多位全加器(The project description is a full adder can use this as a basis to build a number of full adder)

verilog编写的基于CA算法的m序列发生器，其中验证了多种CA系数来实现m序列。(CA-based algorithm written in verilog m-sequence generator, which verify the CA factor to achieve a variety of m-sequence.)

基于DDS和SOPC的谐波信号发射器，拥有可调节的频率，阶段和谐波比例的谐波信号发射器由本文所设计。(Based on DDS and SOPC harmonic signal transmitter, with adjustable frequency, phase and harmonic proportion of harmonic signal transmitter designed by this article.)

说明：  基于FPGA的串口发送和接收，使用的verlilog语言(Using Verilog serial port program, send and receive.)

该程序实现的N位全减器，首先实现一位的减法器，之后实现N位全减器。-Program of the N-bit-wide reduction, the first realization of a subtraction for, after all N-reduction devices.

异步FIFO的设计 包括testbench 已调试成功-Asynchronous FIFO design includes testbench debug success has been

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

基本逻辑门电路的设计方法，或门的VHDL的设计让你更容易步入VHDL的设计氛围中，简单的或门编制-Basic logic gate circuit design methods, or the door of the VHDL design allows you to more easily into the VHDL design environment, the simple OR gate preparation

单片机和FPGA的通信程序，发送5个数，传输稳定，可以自行修改可一次传多个数(MCU and FPGA communication program, send five the number of stable transmission, you can modify the number may be more than one pass)