用VHDL实现8位的单片机！里面 有开发过程和代码阿！很详细的哦...

本资料一共有几十个单片机基本程序代码，并带有详细的说明，非常适合单片机初学者！其实单片机不难学，只要多自己动手编写程序-This information a total of dozens of the basic procedures for single-chip code and a detailed explanation, very suitable for beginners Singlechip! In fact, single-chip is not difficult to learn, so long as more do-it-yourself programming

ＡＲＭ７芯片S3C44B0x的PS2键盘的源程序-ARM7 chip S3C44B0X the PS2 keyboard source

单片机调试程序，液晶1602驱动程序，希望对大家有帮助-Single-chip debugger, LCD driver 1602, in the hope that we have to help

单片机开发源代码, 单片机开发源代码.-Single-chip development source code, source code to develop single-chip, single-chip development source code.

基于Keil C平台的源程序，是针对AT89ls52的4×4键盘扫描程序，采用查询方式进行-Keil C based on the source platform is AT89ls52 for the 4 × 4 keyboard scanning procedures, the use of inquiries conducted

At24c01的详细资料，希望对大家有用-At24c01 detailed information, in the hope that useful to everybody

蜂鸣器实验beepmusic(arm7平台)-buzzer experimental beepmusic (ARM7 platform 11

中国广州周立功单片机移植的ucosII 很实用-Guangzhou, China ZLG MCU transplant ucosII very practical

SPI是一个环形总线结构，由ss（cs）、sck、sdi、sdo构成，其时序其实很简单，主要是在sck的控制下，两个双向移位寄存器进行数据交换。 假设下面的8位寄存器装的是待发送的数据10101010，上升沿发送、下降沿接收、高位先发送。 那么第一个上升沿来的时候 数据将会是sdo=1；寄存器=0101010x。下降沿到来的时候，sdi上的电平将所存到寄存器中去，那么这时寄存器=0101010sdi，这样在8个时钟脉冲以后，两个寄存器的内容互相交换一次。这样就完成里一个spi时序。 -SPI bus is a ring structure, by ss (cs), sck, sdi, sdo composition, its timing is actually very simple, mainly under the control of the sck and two bi-directional shift register for data exchange. Assuming the following 8-bit register is loaded to send the data to be 10,101,010, rising to send, receive falling edge, high first sent. Well, the first rising edge to the time data will be sdo = 1 register = 0101010x. Falling edge comes, sdi on the level will be stored to the register, then register at this time = 0101010sdi, so 8 clock pulse later, the contents of two registers to exchange time. This will be completed in a spi timing.

ADS编译，CANOPen协议栈源代码，使用PIC18微处理器-ADS compiler, CANOPen protocol implementation code，A CANopen Stack for PIC18 ECANTM Microcontrollers