RI-TRP-BFOB-01

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Radio frequency identification (RFID) is an automatic identification technology used to store and retrieve data mounted on a variety of objects. RFID transponders, tags, and readers are components of RFID systems that store, transmit, and receive information. In this article, we focus on the common RI-TRP-BFOB-01 transponder, providing an overview of its application fields and working principle.

Application Fields

RI-TRP-BFOB-01 is a transponder belonging to the UHF air interface protocol (ISO18000-6C) developed by RF Dynamics Industries. It uses a 96-bit system and can therefore accommodate a large amount of data. RI-TRP-BFOB-01 transponder can be used in a wide range of applications, including asset tracking, inventory management, warehouse management, library management, authentication, vehicle access control, and supply chain management.

Working Principle

The RI-TRP-BFOB-01 transponder is self-powered, relying on an internal battery or external energy sources. It works in two communication modes: half duplex or full duplex. In the half duplex mode, the data from the interrogator is first transmitted by radio waves, then the transponder transmits the response through the antenna. The full duplex mode also works in this way, but much faster, as it allows both parties to send and receive data simultaneously.

The antenna of the RI-TRP-BFOB-01 transponder is composed of a chip for data processing and a rectangular copper coil which can be folded in two. It is equipped with a long antenna which increases the possibility of communication in a wide area. The transponder runs in a specific frequency and is often located a few meters from the reader, allowing for a long-range scanning.

When the RF signal excites the transponder\'s coil, it generates an alternating electric current that allows the transponder to generate an electric field. This in turn can be modulated by the reader, allowing the data to be read. The transponder then detects the signal and responds accordingly, sending the requested data.

In addition, the RI-TRP-BFOB-01 transponder is capable of self-reporting. This means that the transponder has the capability to detect if a tag reading operation has been successful or not. This enhances the overall reliability of the system, as it allows for error checking and quick rectification of any malfunctions.

Conclusion

The RI-TRP-BFOB-01 transponder is a powerful tool for automatic identification and tracking. It operates in two communication modes, enabling both parties to send and receive data in real-time. Its long antenna increases the possibility of communication in different areas and application fields, and its self-reporting feature improves system reliability. Together, these features make it a great choice for a range of industries and applications.

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