78F1166多功能三相表源码，已批量生产

在 SM59128 单芯片，使用 128K Program Code 方式，由于 SM59128 为新的芯片，可能必须上 Syncmos 取得更新 Keil C 的更新-In SM59128 single-chip, the use of 128K Program Code because it SM59128 for the new chip, it may be necessary to obtain updates on Syncmos updated Keil C

FPGA数字电子系统设计与开发实例导航光盘内附源码-FPGA digital electronic systems design and development of CD-ROM containing source code examples of navigation

友善之臂sbc2410x开发板wince系统下Samsung3.5寸屏用BSP源代码。-Friendliness sbc2410x arm development board wince system Samsung3.5-inch screen with BSP source code.

ARM9 S3C2410x开发板原理图及PCB-ARM9 S3C2410x development board schematics and PCB

H-JTAG配置文件 基于ST39VF1601 ST39VF3201 ST29VF6401的LPC2220 CPU 及基于ST391601的LPC2470 CPU 内附有H-JTAG 7.0的安装程序及源代码 H-JTAG的源理图(WIGGLER) NOR FLASH 烧写指南 H-JTAG 用户手册.pdf S3C4510 BootLoader的实现与分析 (附源代码).rar 及在CTEST.RAR中的一些实践文件-H-JTAG configuration file ST39VF1601 ST39VF3201 ST29VF6401 based on the LPC2220 CPU and based on the LPC2470 CPU containing ST391601 have H-JTAG 7.0 installation procedure and the source code of the source of H-JTAG rationale Figure (WIGGLER) NOR FLASH programmer H-JTAG Users Guide Manual. pdfS3C4510 BootLoader Implementation and Analysis (with source code). rar and CTEST.RAR document some of the practice

在S3C2410A开发板上装有LINUX系统. 实现智能小车能自主地在平地行驶，能躲避一定高度和大小的障碍物。 下一目标： 优化行走算法、行走路线预测、自选行走路线等。 加入编码轮，实现PID -S3C2410A development board equipped with the LINUX system. The realization of intelligent autonomous vehicle can be driven in the ground to avoid a certain height and size of obstructions. Next goal: to optimize walking algorithm routes forecasts, such as video-on-demand routes. Adding code wheel to achieve PID

嵌入式linux在arm开发板上的移植-Embedded linux development board in arm transplant! ! !

第2630篇-ARTX_CONFIG.C的中文注释 学习ARTX,了解系统的配置非常重要。我加上中文的注释希望能帮助大家的更快的了解ARTX_CONFIG.C的内容。 -No. 2630-ARTX_CONFIG.C notes to learn the Chinese ARTX, understand the system configuration is very important. I add comments in Chinese hope to help people understand faster ARTX_CONFIG.C content.

ARM LPC2129 SPI中断程序范例-LPC2129 ARM interrupt procedures example SPI

使用键盘上的上、下、左、右四个按键，可以分别控制led1,2,3,4,每个LED 对应的Port 请参考“实验平台介绍”说明文档。要求按下 上面提到的四个按键中间的一个按键后，该按键对应的led 被点亮，持续1 秒钟以后led 熄 灭。-Use the keyboard on the upper and lower, left, and right buttons, can control led1, 2,3,4, each LED corresponding to the Port, please refer to " experiment on" documentation. Requirements of the four above-mentioned press the middle button of a button, the button that corresponds to being light led, continuous 1 second later led out.