IAR for ARM5.4的序列号生成器 Key for EWARM_FULL_ARM540

由 Xilinx 提供的 IIC 接口，使用 AXI interface。 Features ‧ AXI interface is based on the AXI4-Lite interface ‧ Master or slave operation ‧ Multi-master operation ‧ Software selectable acknowledge bit ‧ Arbitration lost interrupt with automatic mode switching from master to slave ‧ Calling address identification interrupt with automatic mode switching from master to slave ‧ START and STOP signal generation and detection ‧ Repeated START signal generation ‧ Acknowledge bit generation and detection ‧ Bus busy detec ‧ Fast mode 400 KHz operation or standard mode 100 KHz ‧ 7-bit or 10-bit addressing ‧ General call enable or disable ‧ Transmit and receive FIFOs - 16 bytes deep ‧ Throttling ‧ General purpose output, 1 bit to 8 bits wide ‧ Dynamic Start and Stop generation ‧ Filtering on the SCL and SDA signals to eliminate spurious pulses

用IAR编写的，MSP430用按键开关控制LED，不可多得的学习程序-IAR prepared to use, MSP430 button switch control with LED, invaluable learning process

应用背景本程序是用在一种开关磁阻电机上的，原理图和功能和无刷直流电机基本一样，只是控制策略不一样，应用于电机拖动，开关磁阻电机价格便宜，但需要配套的控制器关键技术本程序是在网上下载后应用到实际项目中，由于公司规定不能传源码，只有上传部分代码，包含位置检测，速度检测，PID运算，读者可自行修改为自己的程序，另外关键代码都有注释，方便理解

niosII的一个例子！NIOSII是ALTERA出的一个软核处理器，可定制组件，可随时更改设计而不需要修改线路板！-An example of niosII! ALTERA out NIOSII is a soft-core processor, customizable components, design changes may at any time without modifying the circuit board!

这个是uClinux下的ieee1394驱动，应该是能用的-This is IEEE1394 under uClinux driver should be usable

很好的学习资料,对嵌入式的一些基本上设计很有帮助!-Good learning materials, basically the design of a number of embedded helpful!

基于ARM9嵌入式开发板LINUX环境下的程序代码，是大家常用的程序，代码中有详细的注释，方便移植！-based on ARM9 Embedded Linux Development Board under the environment code, and it is commonly used procedures, code detailed in the Notes to facilitate the transplant.

SMDK2410的开发板电路原理图,可以用orcad打开-SMDK2410 development board circuit diagram can be opened orcad

比较详细的介绍了大小端问题。嵌入式系统开发者应该对Little-endian和Big-endian模式非常了解。-Described in more detail the question of the size of client. Embedded systems developers should be Little-endian and Big-endian mode very well.