射频识别芯片设计与制造技术与国际先进水平。

说明：  mifare ultralight card datasheet

UHF读写器读写器简介 本产品具有多协议兼容、体积小、读取速率快、多标签识读、圆极化天线对标签没有方向限制、防水型外观设计等优点，可广泛的应用于各种RFID系统中，典型的应用场合有：  (UHF reader reader Introduction The product is compatible with multi-protocol, small volume, read rate, and multi-tag read, circularly polarized antenna on the label does not limit the direction, waterproof design, etc., can be widely used in a variety of RFID systems, typical applications are:  )

RFID READER use with Wiegand interface

RFID定位算法 基于RFID的室内定位(RFID system)

Sequence code Fano 算法，C源码-Sequence code Fano algorithm, C-source

RFID 读卡演示程序，需要连接串口设备；-RFID Reader demo program, need to connect serial devices

RFID Security - F. Thornton, B. Haines, A. Das, et al - Syngress - 2006-RFID Security- F. Thornton, B. Haines, A. Das, et al- Syngress- 2006

无线充电器的设计；以射频电路和接收控制电路为核心，以电感线圈实现无线传能的无线充电器。(Design of wireless charger by RF circuit and receiving control circuit as the core, realize the wireless charger wireless energy transfer to the inductance coil.)

RFID标准：iso18000-6（英文版）。 Information technology — Radio-frequency identification for item management — Part 6: Parameters for air interface communications at 860 MHz to 960 MHz(RFID standard: iso18000-6 (in English). Information technology- Radio-frequency identification for item management- Part 6: Parameters for air interface communications at 860 MHz to 960 MHz)

Reference Guide for Texas Instrument RFID - UHF Protocol