基于ARM的232

代步两轮自平衡车，采用ADX330+IDG+ARM控制，卡尔曼滤波，PID控制，实现自平衡和平地动行转弯，供大家学习参考

是基于lpc1114开发板的自带例程，基础例程,时钟控制，串口，gpio,定时器，模数转换，低功耗模式，看门狗，简单的入门资料。对lpc1114的外设及内部资源配置有中文datasheet的介绍，包括芯片的资料和内部寄存器的配置资料。

jtag2000应用在xp系统下方法及相关软件-jtag2000 applications in xp system and related software

STM32F103 RTC 日期程序驱动  #include "rtc.h" const DateTimeType MinDateTime = {     10, 1, 1, 0, 0, 0 }; const DateTimeType MaxDateTime = {     99, 12, 31, 23, 59, 59 };

ARM7 lpc2132 利用快速傅里叶算法实现电容测量功能源代码-ARM7 lpc2132 algorithm using Fast Fourier capacitance measurement function of the source code

ARM嵌入式系统 LPC22xx UART0通讯实验－查询方式代码-ARM Embedded System LPC22xx UART0 communication experiment- query code

This example program shows how to configure and use the A/D Converter of the following microcontrollers: * Philips LPC 2114/2119/2124/2129/2131/2132/2138/2194 After configuring the A/D Converter, the program reads A/D channel 0 and outputs the converted value using the serial port. To run this program... 1. Select the Device (Project - Options for Target - Device) 2. Build the project (Project - Build Target) 3. Start the uVision Debugger 4. Open the Serial Window (View - Serial Window 1) 5. Click Run (F5) 6. Click on the Toolbox buttons to change input voltages A debug script (debug.ini) creates buttons that set different analog values in A/D channels. As the program runs, you will see the A/D input and output change. Other buttons create signals that generate sine wave or sawtooth patterns as analog inputs. µ Vision3 users may enable the built-in Logic Analyzer to view, measure and compare these input signals grap

基于ARM的应用Source5，在网上找到的源码，分成六个，这个是5-ARM-based application Source5 the Internet to find the source code is divided into six, 5

调试ARM的一个好工具 相信大家都知道吧 还不会使用的朋友可以来看看这个说明-debugging ARM is a good tool we all know it will not be used by a friend to look at this note

Usb Video Class(UVC)Demo。USB UVC device for lpc arm用于开发摄像头固件的源代码。实现了基本的UVC代码。C源码。