13.56MHz RFID读写设备规范, 对开发Mifare系列非常有帮助

此程序为13.56MHz的RFID底层读写卡程序-procedure for 13.56MHz RFID bottom of the card reading and writing procedures

利用matlab实现RFID防碰撞的二进制树法的源程序，适用于实验报告或者实验室验证。(Using matlab source of RFID anti-collision binary tree method, applicable to the experimental report or laboratory verification.)

MFRC522是高度集成的非接触式（13.56MHz）读写卡芯片。此发送模块利用调制和解调的原理，并将它们完全集成到各种非接触式通信方法和协议中（13.56MHz）。本程序是自己调试的RC522的程序，可刷卡，读卡，写卡。

Mifare One S50射频卡的英文资料，对做RFID方面的人有用(Mifare One S50 RF cards in English information on the RFID side of the people to do useful)

ACR122U Sample Codes_C 读卡机示范代码(ACR122U Sample Codes_C )

RFID读卡器设计的重要参考资料.很不错的-RFID reader reference design important. Very good

射频确认((RFID)正迅速改变生意跟踪盘货和资产的方式.从对美国国防部沃尔-马特和特斯科,早期努力正已经展示好处,但是为RFID软件,融合和数据处理使目前一挑战平息下来.如果你是一个设计师把发展一RFID系统记在一开发者金色上的,这本书是给你的.广阔经验鼓励,比尔Glover和Himanshu Bhatt为你提供重要的关于这新兴技术的信息. -Radio Frequency Identification (RFID) is rapidly changing the way businesses track inventory and assets. From Wal-Mart and Tesco to the US Department of Defense, early efforts are already showing benefits, but software, integration, and data processing for RFID still present a challenge. If you are a developer or an architect charged with developing an RFID system, this book is for you. Drawing on extensive experience, Bill Glover and Himanshu Bhatt provide you with essential information on this emerging technology.

T5557是兼容e555x的RFID芯片，但又具备和e555x系列芯片不同的新性能。文章着重介绍了T5557的新特点及工作原理，并对其RSK工作模式下读写器的电路设计作了分析，最后给出了D类功放和FSK解调的应用电路。-T5557 is compatible e555x the RFID chip, but with different chips and e555x series of new features. T5557 article highlights the new features and working principle and its mode RSK reader an analysis of the circuit design, and finally give the Class D amplifier and the FSK demodulator circuit applications.

采用RC500读卡模块（驱动兼容RC522）通过SPI与单片机通信。 进行RFID射频卡的读写，包括常见的M1卡 S50、S70以及 复旦微电子的CPU卡FM1280。

MIFARE DESFire EV1 contactless multi-application IC