和picoblaze完全兼容的mcu ip core

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

8位并行转穿行发送程序，波特率可自行设置，经检验有实用效果(8-bit parallel transfer walk through the sending program, the baud rate can be set up their own practical effect inspection)

说明：  ZEDBOARD的管脚分配图和约束文件，包括PCB图和xdc文件(Pin assignment of ZEDBOARD)

本程序是用VHDL语言实现电子密码锁功能,整个系统分为三大模块,一为控制模块,二为键盘显示模块,三为处理模块-This procedure is a VHDL language electronic code lock function, the entire system is divided into three modules, one for the control module, two for the keyboard display module, three modules for the treatment

完成十余卷积过程，简单方便，能够这样那样这样，sorry-Convolution process more than a decade to complete, simple and convenient, this can be done this way, sorry

This tutorial explains how to communicate with IO devices on the DE2 Board and how to deal with interrupts using C and the Altera Monitor Program. Two example programs are given that diplay the state of the toggle switches on the red LEDs. The fi rst program uses the programmed I/O approach and the second program uses interrupts.-This tutorial explains how to communicate with IO devices on the DE2 Board and how to deal with interrupts using C and the Altera Monitor Program. Two example programs are given that diplay the state of the toggle switches on the red LEDs. The fi rst program uses the programmed I/O approach and the second program uses interrupts.

GW48系统电子琴：可控制8个音节，4种音调 readme中带使用说明-GW48 system : control eight syllables, four species of taking the pitch readme use

流水线设计是高速电路设计中的一个常用设计手段。如果某个设计的处理流程分为若干步骤，而且整个数据处理是“单流向”的，即没有反馈或者迭代运算，前一个步骤的输出是下一个步骤的输入，则可以考虑采用流水线设计方法来提高系统的工作频率。-see up

利用VHDL实现CPLD（EPM240T100C5）的VGA屏幕输出-Using VHDL realize CPLD (EPM240T100C5) output of the VGA screen

资源描述这个秒表特点是计数到59分59秒9，并且有可以让计数暂停和清零。采用了二分频，六进制和十进制组合，加上扫描电路设计而成的。