TRPGR30ENATGB RF/IF and RFID

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RFID Transponders, Tags

Radio Frequency Identification (RFID) transponders, or tags, are widely used in a variety of applications. Based on their shape, they are divided into two main categories: passive tags and active tags. They operate by sending and receiving data wirelessly, and serve as identification, authentication, and traceability mechanisms. Of these two types, the TRPGR30ENATGB transponder is an example of a passive tag; it is one of the most advanced RFID tags available today, providing various features that are useful and suitable for a wide range of applications.

TRPGR30ENATGB Application Field

TRPGR30ENATGB transponder tags are suitable for applications including inventories, asset tracking, security access control, document management, baggage tracking, and personnel identification. It enables read/write operations of data and can also be used for encoding and storage of information. Its features make it ideal for applications in secure authentication, access control, and identification systems. It also supports encryption and is designed to protect data from manipulation and unauthorized access.

Working Principle of TRPGR30ENATGB Transponder

The working principle of TRPGR30ENATGB transponder is based on an RFID reader. An RFID reader, rather than actually writing data on the tag as a printer or scanner would, sends a signal to the tag. This signal is then received and decoded by the tag, and the appropriate response is sent to the reader. Each tag consists of an antenna, an RF circuitry and a microcontroller, along with a unique identifier code. When the tag is illuminated with the RF signal, the RF circuitry absorbs the energy and passes it to the microcontroller. The microcontroller then reads the information, processes it and performs the necessary operations to derive a valid response.

The tag typically consists of a microchip along with a single antenna, which is responsible for interfacing with the RFID reader. The antenna is generally a linear one, providing it with the ability to operate on dual frequencies—HF (13.56MHz) and UHF (915MHz). The integrated microcontroller is responsible for decoding and processing the data that is sent from the reader. The tag will then respond with either a single-bit answer or an encrypted message. This response is then sent back to the RFID reader.

In the TRPGR30ENATGB transponder, the antenna operates on a frequency of 13.56MHz. It also incorporates a TRPg data storage chip, with a memory capacity of 32-bit. The transponder tag has an R-series dual antenna, providing it with the capability to read and write information from/to a tag, as well as provide 64-bit authentication.

The TRPGR30ENATGB transponder is also highly durable and has a long read/write cycle, providing it with a long life-span. It also has a data transfer rate of up to 10Kbps, which provides the ability to read/write large amounts of data quickly. Additionally, its design also complies with stringent international regulations.

Conclusion

TRPGR30ENATGB transponder is an advanced RFID tag, which provides a diverse range of features that are suitable for a wide range of applications. Its unique features include high durability, encryption capability, data storage capacity and a dual-antenna design. Its features and capabilities make it suitable for numerous applications, including inventories, asset tracking, security access control, document management, personnel identification, baggage tracking and more. It is a powerful and reliable solution for these applications.

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