2410在ads1.2下面的iic驱动，对大家作嵌入式是非常的有用的，

利用430自身的捕获功能，设计频率计，捕获精准，最高捕获频率可到1MHz同时430兼有低功耗功能，能搞实现低功耗运行

非常容易移植的CF卡驱动程序,在LPC21XX下编译通过,支持UCOS-II.如果想移植到单片机下也非常容易,我就以此版本移植到51的MCU中.-very easy transplant CF card driver, in LPC21XX compiler, support UCOS-II. If you want to migrate to the next SCM also very easy, I would migrate to this version of the MCU 51.

用来给ARM烧写程序的程序,可以把编译链接好的机器码烧写到ARM里面(三星的S3C44B0x),其它的ARm处理器也可以参考.-used to the procedure for burning, can build good links to the binary burning inside ARM (Samsung S3C44B0x), and others ARm processor reference.

jtag协议，IEE1149.1协议文档。-JTAG protocol, IEE1149.1 agreement document.

1.该产品是一个民用高速脱水机，机器最大容量为5公斤。 2.全自动波轮洗衣机的脱水转速为：8000-1000rpm。当脱水转速到达3200rpm时，化纤类衣物在夏天几乎可以直接穿了――非常干了。 3.该产品原来是德国的，他们采用交流感应电动机，我们无法实现――因为没有解决刹车的问题。高速下刹车的解决需要好的材料选择以及精确的设计。BLDC的刹车就好办了。 4.我的设计非常精简――1片MEGA48，6只75NF75，1只20A的桥――详细见电子元器件清单，成本只有不足30元。 5.请务必采用环形变压器！因为借助它的压降来分析的 6.同时提供的PCB以及电子元器件清单都是真实的，可以直接用（PCB上低端驱动中的一个三极管需要改为PNP！）-1. The product is a commercial high-speed dehydration machine, the machine maximum capacity of 5 kg. 2. Automatic Washing Machine for the dehydration speed :8000-1000rpm. When the dehydration speed reaches 3200rpm, the chemical fiber clothing to wear in the summer is almost directly- and very dry. 3. The product was originally German, and they use AC induction motor, we are unable to achieve- because there is no brake to solve the problem. High speed brakes to resolve the need for good material selection and precision design. BLDC brake on the easier to handle. 4. My design is very streamlined- 1 Pian MEGA48, 6 Zhi 75NF75, 1 Zhi 20A of the bridge- see

TI DSPF2812外部中断源码,-TI DSPF2812 external interrupt source,

GNU开发范式下的STM32F103

LPC2132开发板，protel99格式，包括原理图和PCB图-LPC2132 protel99 SCH PCB

阐述Bootloader实现的目的、过程、原理，结合三星S3c2410开发板的硬件特性和项目的具体需求，设计开发合理高效的启动模块，并衍生出Bootloader在NAND Flash与NOR Flash下的2种不同加载方式，针对NAND Flash和NOR Flash实现完整的启动引导程序-Bootloader on the achievement of the purpose, process, principle, combined with Samsung" s hardware development board S3c2410 characteristics and the specific needs of the project, the design of rational and efficient development of start-up module, and derived from Bootloader in the NAND Flash and NOR Flash the two kinds of different ways to load for NAND Flash and NOR Flash to achieve a complete start-up boot