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说明：  多种天线pcb封装设计方案（增益高，方向性好，稳定可靠）(Various antenna pcb packaging design schemes (high gain, good directivity, stable and reliable))

picc-std_9.60PL2，带破解，可以支持MCV08等PIC单片机，是现有的最新的与最全的PICC编译器(picc-std_9.60PL2, with a break, you can support MCV08 other PIC microcontrollers, is available with the latest and most complete PICC compiler)

MS5基于STM32F103设计开发，可以在Keil下软件仿真调试，不需要实物硬件板子，UART1作为人机窗口。硬件测试是基于正点原子的miniSTM32F103RBT6板子测试，资料是开源的。MS5主要基于MS4（基于NXP Cortex M3）升级而来，因为在2011年基于MS4做了6KW高频焊接机，增加了界面部分，采用函数指针加消息机制，感觉比较简单而有效，性能比较不错，尤其是针对工业产品，系统节拍分时设计有进一步的体会，把这两点融入到MS5中，同时修改了串口UART发送系统等待问题，先把串口数据放到一个buff中，系统节拍去检测buff，当有数据时，每个节拍发送一个，这样就避免了以前发送的时候，需要很长的等待问题。(MS5 based on the design and development of STM32F103 in Keil software simulation debugging, does not require physical hardware board UART1 as a man-machine window. The hardware test is based the the punctuality atoms miniSTM32F103RBT6 board test, and the information is open source. MS4 MS5 mainly based on (upgrades from NXP Cortex M3), because in 2011 based on the MS4 6KW high-frequency welding machine, increase the interface part of the function pointer plus message mechanism, feeling relatively simple and effective, and the performance is quite good, beats especially for industrial products, systems, time-sharing design further experience, these two points into the MS5 while waiting for problems to modify the serial UART transmit the first serial data into a buff system beats to detect buff, data, send each beat, thus avoiding the previously sent, the long wait.)

pn532开发的单片机源代码，作为开发NFC的试验用,可读写ISO14443-A/B协议的射频卡和felica以及宝石卡(pn532 developed microcontroller source code, as the development of NFC test, can read and write ISO14443-A/B protocol and RF cards and jewel card felica)

STM32F4 USB自定义程序，高速模式,KEIL环境，附上位机驱动(STM32F4 USB HS SELF DEFINE DEVICE )

本文详细介绍如何使用GAINS节点和我们开发的多跳路由协议的代码实现无线通讯功能的过程。涉及到avr单片机的编译器winavr，烧写软件avr studio以及avr系列单片机的烧写器，本文介绍如何使用avr studio 和烧写器将winavr编译后产生的hex文件存入单片机flash的过程。这个过程完成以后，就可以组织一个多跳的网络，通过SNAMP后台可以看到网络的可视化效果。(This paper describes how to use GAINS nodes and we develop multi-hop routing protocol code realize wireless communication process. SCM involves avr compiler winavr, software programmer avr studio, as well as programmer avr series MCU devices, the paper describes how to use avr studio and programmer will winavr compiled hex file generated into single-chip microcomputer flash process. After the completion of this process, we can organize a multi-hop network can be seen through the background SNAMP network visualization.)

这虽然是一个非常简单易行的时钟程C序，适合初学者(Although this is a very simple clock Cheng C sequence, suitable for beginners)

这个例程主要实现的功能是无线温度测量，无线模块用的是NRF905，温度采集用的是TLC1543(The main functions of this routine is a wireless temperature measurement, the wireless module is NRF905, temperature acquisition using TLC1543)

giai ma DTMF bat so dien thoai goi den bang ic chuyen dung.

AMICCOM的A7128 433芯片驱动(AMICCOM A7128 433 Chip Driver)