单片机万年历

pSOSystem系统调用的例程，对学RTOS有帮助！-pSOSystem system calls the routine of school RTOS help!

用freescale的芯片IIC程序,可以在8位,16位freesacle芯片上使用,可以驱动8位地址,16位地址大IIC总线器件.-IIC programs with freescale chips can be in 8-bit, 16-bit freesacle chip to use, can drive an 8-bit address, 16-bit address large IIC bus device.

16位高速数字相关器，简单易学，十分适合初学者使用-16-bit high-speed digital correlator, easy to learn, very suitable for beginners to use

测温控制系统(C程序)，使用51单片机实现测温控制的系统，用c语言编制而成。-Temperature control system (C program), the use of 51 single-chip realization of temperature control systems, prepared using c language.

基本输入输出 lpc2148 的嵌入式 c 语言编写代码是的编程。lpc2148 是基于 arm7 32 位控制器

这是一个简单如何 Proteus VSM 仿真接口数字小键盘和一个七段显示器和 8 位微控制器。此代码已在 CCS picc 置管 Compiler.PIC18F4520 单片机已用的这种模拟。使用此代码和您能与您实际的单片机接口的数字小键盘的模拟基础项目，无论所需。

PCB设计指导-8--PCB design guide- 8.

播放声音的嵌入式程序，ADS调试器，ICE仿真器环境。-Play a sound of embedded programs, ADS debugger, ICE emulator environment.

利用TFDU4100 芯片，实现ARM 与pc之间的通信-Use TFDU4100 chips, ARM and realize communication between pc

通过对计算机的组织与结构的分析，综合运用所学计算机原理知识，设计并实现较为完整的计算机，即模型机。它可以完成一般计算机的最基础功能，具备16条基本指令，以及4种寻址方式等。并且，计算机数据通路的控制将由微程序控制器来完成，CPU从内存中取出一条机器指令到指令执行结束的一个指令周期全部由微指令组成的序列来完成，即一条机器指令对应一个微程序。设计过程包括四个部分：㈠模型机硬件组成分析；㈡指令系统设计；㈢微程序设计；㈣上机实现，示范程序。- Through to the computer organization and the structure analysis, the synthesis utilization studies the computer principle knowledge, designs and realizes a more complete computer, namely molding machine. It may complete the common computer the most foundation function, has 16 elementary instructions, as well as 4 addressing ways and so on. And, the computer data path control will complete by the microprogram controller, CPU will take out a machine instruction from the memory a instruction cycle which finished to the instruction execution completely the sequence which will be composed by the microcode to complete, namely a machine instruction will correspond a microprogram. Design process including four parts: (1) Molding machine hardware composition analysis;