修改IP 15

此程序为串口芯片tl16c750在uClinux + s3c44b0环境下的驱动程序.tl16c750R FIFO设置为64BYTES, 除此之外,此程序还能缓存20条已经收到的串口数据.即存储数据量为20*64=1280BYTES的串口数据,而不用担心未及时读串口时发生数据的丢失现象.此外,附此驱动的测试程序,以及编译后的映像文件.-procedure for the serial port chip tl16c750 uClinux s3c44b0 environment of flooding action procedures. tl16c750R FIFO set to 64 BYTES, in addition, This procedure can cache 20 has been received by the serial data. that the data storage capacity of 20* 64 = 1280BYT ES Serial data, and do not have to worry about failure occurred when reading serial data loss phenomenon. In addition, Report this driver testing procedures, and compile the map file.

数模转换程序-few mode conversion

lwip tcp/ip 协议栈 adsp BF533 DSP 移植 用 visual dsp++ 编译-lwip tcp/ip protocol stack adsp BF533 DSP transplant visual dsp compiler

应用背景四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析四轴飞控姿态解析关键技术IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS IMU_AHRS&n

利用msp430的通用I/O端口模拟I2c协议的源代码，利用此代码可以不需要I2c模块即可进行I2C通信-use of the Controller General I/O Ports I2c agreement simulation source code, the use of this code can not I2c module can hold I2C communications

P89CXX编程器控制CPU接收和控制程序-P89CXX programming control CPU to receive and control procedures

单片机与LCD1602，有原理图及源程序，程序在KEIL中调试过，并在PROTEUS中联调通过 -SCM and LCD1602, are schematic and source code, procedures have been in the KEIL debug and FBI adopted in PROTEUS

Oreilly出版的权威的dojo教材，全书分两部分，第一部分介绍dojo知识和基本开发，第二部分详细介绍dojo工具包的高级知识，包括dijit和其他widget的用法-Oreilly published dojo authoritative teaching materials, the whole book in two parts, the first section describes the basic knowledge and dojo development, details of the second part of dojo toolkit advanced knowledge, including dijit and other usage widget

芯片启动ADC将信号采集端口电压的转换结果按转换数据和对应的模拟电压的形式通过串口发送到PC机屏幕上显示，打开串口调试精灵，正确设置通信格式，观察接收数据，不同的光照强度对应不同的等级，其通信格式：N.8.1, 9600。

DSP2812 SPWM项目