NCF2972ETT/T0E080J

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RFID systems are widely used in a diverse range of applications including access control, asset tracking and electronics commerce. NCF2972ETT/T0E080J is a low-power single-chip 13.56MHz RFID IC that is specially designed for a range of applications including RF access, monitoring and data collection. The NCF2972ETT/T0E080J is a fully compliant ISO/IEC 15693 standards IC.

In terms of application fields, the NCF2972ETT/T0E080J is suitable for secure RF access and authentication systems, location tracking systems, such as access control systems, security systems, and asset tracking systems. Moreover, this IC can also be used as a sensing device for monitoring and data collection applications. Therefore, the NCF2972ETT/T0E080J helps organizations to improve the efficiency in asset tracking, occupancy monitoring and access control.

In terms of its working principle, the NCF2972ETT/T0E080J IC uses an inductive coupling method to send and receive data. The IC works by sending out an electromagnetic field signal, and uses a transponder to reply with data. The IC then receives the data and processes it to be used in the application. To ensure secure data transmission, the IC is equipped with a number of security features such as encrypted data and anti-cloning.

The RFID IC is powered by a 3 V lithium battery and it requires no external components except the transponder antenna. It operates in the 13.56 MHz frequency range and can send up to 968 bits of data per second. Furthermore, the IC supports a variety of communication protocols such as ISO/IEC 15693 and ISO/IEC 14443. In addition, the IC is also designed to be tamper resistant, making it highly suitable for secure access and authentication systems.

In conclusion, the NCF2972ETT/T0E080J is a robust and reliable 13.56MHz RFID IC designed for a range of applications including RF access, monitoring and data collection. It is powered by a 3 V lithium battery and requires no external components. Furthermore, the IC is equipped with a range of security features and communication protocols. This ensures secure data transmission and makes the IC highly suitable for secure access and authentication systems.

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