P89CXX 编程器电脑发送程序

This model is just testing an idea of MIMO, which IEEE802.11n will have. But I havo not seen the standard, I tried to make it with 11a. Actually this model would not work in real world, because the preambles were not designed to solve the MIMO feature. But this model may be useful to get some idea to start to design a PHY with MIMO. -This model is just an idea of testing MIMO. IEEE802.11n which will have. But I havo not seen the standard. I tried to make it with 11a. Actually this model w ould not work in real world. because the preambles were not designed to solv e the MIMO feature. But this model may be useful t o get some idea to start to design a PHY with MIMO.

Nucleus Recovery Software

linux系统下的关于蓝牙模块的源代码！十分的经典的程序！-A very classical source code of Bluetooth module under Linux system.

资源描述 经过验证的非常好用的MDK5下自编的程序。

HT1380驱动程序-HT1380 driver

主要介绍一种基于Philips公司的MF RC500的射频识别读写器的设计：首先介绍系统的组成以及MF RC500的特性，接着给出天线的设计规范，最后给出MCU 89C52与MF RC500的接口原理图、对Mifare卡操作流程以及及读卡的程序。-Mainly based on the introduction of a Philips company MF RC500 RFID reader design: First of all system components as well as the introduction MF RC500 features, and then given antenna design specifications, and finally gives MCU 89C52 interface with the principle of MF RC500 diagram, the operation flow of the Mifare card and the card reader as well as procedures.

armlpc2114，串口定时器及外部中断合并的源码。开发环境为ads1.2-armlpc2114, serial timer and external interrupt source combined. Development environment for ads1.2

资源描述ili9325 有一个16位的变址寄存器（IR）、一个18位的写数据寄存器（WDR）和一个18位的读数据寄存器（RDR）。变址寄存器（IR）存储来自控制寄存器和内部的GRAM的指令信息。写数据寄存器（WDR）用来暂时存储要被写到控制寄存器和内部的GRAM中的数据。读数据寄存器（RDR）用来暂时存储从GRAM中读取的数据。MPU中要写入内部GRAM的数据，首先写到写数据寄存器（WDR），然后再又内部操作自动的写到内部的GRAM 中。要读取的数据要通过读数据寄存器（RDR）从内部GRAM 中读取。因此无效数据将被读到数据总线，当ILI9325从内部的GRAM中读取第一个数据的时候，有效数据将在ILI9325进行了第二次读操作之后被读出。

ＡＲＭ开发板用ＪＴＡＧ烧写ＢＩＯＳ用的工具，多用于４４Ｂ０和４５１０．详细使用方法在ＲＥＡＤＭＥ中-ARM development boards with JTAG burning BIOS using the tools, and more for 44B0 4510. Details of the use of which README

附件程序是我用DSP2812开发的无刷直流电机控制程序，程序是在TI公司的BLDC3_1软件的基础上构造的，实现了无刷直流电机的速度环PID控制，效果可以。 其中，无刷直流电机是有HALL传感器的系统，所以在转速测量上还需要进一步的改进（如果要求精确的话）。电机是24V3000rpm～～～；驱动板是类似TI公司的DMC1500？板卡，所以可以参考它的说明（只针对信号的连接的参考）-Annex I use the procedure is the development of the DSP2812 brushless DC motor control procedures, TI is in the process of BLDC3_1 software companies on the basis of the structure, Implementation of the brushless DC motor velocity loop PID control, the effect can be. Among them, brushless DC motor are HALL sensor system So speed measurements need further improvements (if the precise words). Motor V3000rpm is 24 ~ ~ ~; Market-driven companies like TI DMC1500? Card, we can refer to it (only signal against a reference link)