C++编程指南（第二版）源代码

这是一个linux+arm的嵌入式smb服务器的配置文件，可以在移植有smb的嵌入系统中完成smb 服务器的功能-This is an arm of embedded linux smb server configuration files, can be transplanted in the embedded systems smb completed smb server function

IGNITE开发板说明书-IGNITE brochures development board

基于zigbee芯片cc2430的应用程序开发：点对点通信-Cc2430 chip zigbee-based application development: peer-to-peer communication

使用PROTUES仿真，C语言编程，8255与89C51控制LED的时钟电路。-Use PROTUES simulation, C language programming, 8255 and 89C51 control LED clock circuit.

项目规格 PIC： PIC16F84A 处理器频率： 4 MHz 范围： 0 到 24 小时 计时器设置： 上下开关 显示： 小时: 00-23 Minuts:00-59 电源： 外部 6V 特区 时钟的硬件进行计数每个控制的第二个。 与 SW1 和 SW2 开关的可调时间。 LED1 指示秒数。 Parts Desc。 R1 — — R8 100 Ω -R13 R9 接 10 K Ω C1 22pF

经典的psos编程实例源码，涉及psos操作系统的各个方面--A classic psos programming source code. It touches various aspects of psos operating system.

PROFIBUS_PA设备接口的开发与应用（终）.rar-PROFIBUS_PA Device Interface and Application Development (eventually). Rar

在数字电路的设计中，时序设计是一个系统性能的主要标志，在高层次设计方法中，对时序控制的抽象度也相应提高，因此在设计中较难把握，但在理解RTL电路时序模型的基础上，采用合理的设计方法在设计复杂数字系统是行之有效的，通过许多设计实例证明采用这种方式可以使电路的后仿真通过率大大提高，并且系统的工作频率可以达到一个较高水平-In digital circuit design, timing design is a main indicator of system performance in high-level design methods, control of timing was also a corresponding increase in the abstract, so more difficult to grasp in the design, but in understanding the RTL circuit timing model based on rational design methods used in the design of complex digital systems is a well-established through many design examples prove that this approach can make the circuit after the simulation significantly improve pass rates, and the system operating frequency can reach a high level

2.4内核的arm2410的dm9000驱动代码，参考革新2410实验箱上的代码改写的！-2.4 kernel arm2410 the dm9000 driver code, refer to the experimental box innovation 2410 rewrite of the code!

基于linux操作系统ATMELARM9200 开发平台的I2C总线驱动程序开发-ATMELARM9200 operating system based on Linux Development Platform I2C bus driver Sequence Development