LPC214X系列ARM在KEIL编译环境下的所以例程

LPC4357具有M4和M0内核，本例程采用共享内存的方式，实现通信，工程配置合理，描述详尽，具有指导意义

热敏打印机arm驱动程序 用ads1.2 编写 有兴趣的可以看下-Arm thermal printer driver with the preparation of ads1.2 interested can facie

周立功EasyARM615的原理图，需要的朋友可以-Ligong EasyARM615 weeks of the schematic diagram, a friend in need can take a look at

基于ARM的32位STM32 SYSTick延时函数-ARM-based 32-bit STM32 SYSTick delay function

灰色PID的位置跟踪MATLAB源程序代码-PID

%第一步，通过差分来获得静态数据。利用积分进行还原。 %在线利用AIC计算，辨识模型，计算模型的p、q和φ参数值，然后进行预测 确定模型为ARMA（p,q)，同时求自回归系数和移动平均系数

嵌入式系统中的串口通讯程序-Embedded System Serial Communication Program

一款通过串口控制Tuner的工具，可以对Tuner寄存器进行读写操作。-Tuner control through a serial port tools, can read and write operations Tuner register.

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

ARM体系介绍。初学者学习arm的好资料-ARM system introduction. Beginners to learn good information arm