NT2H1311F0DTLH

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Radio-frequency identification (RFID) is a technology that enables the use of sensors, tags, readers, and other devices to collect and communicate data through the electromagnetic fields generated by radio waves. In this paper, we will explore the application field and working principle of NT2H1311F0DTLH, which is a part of the RFID family of products from NXP.

NT2H1311F0DTLH is an ultra-compact RFID reader, designed for applications such as radio frequency access control and physical access monitoring. It offers a maximum read range of 10 cm, and is compliant with the ISO 14443 A/B and Mifare standards. The NT2H1311F0DTLH reader also supports the ISO15693 protocol.

The device is suitable for the contactless identification of all kinds of objects, and can be used in a range of applications, such as commercial transactions, ticketing, asset tracking, security, etc. The device is also very low-power and low-noise, making it well suited for embedded applications, such as those found in consumer electronics and home automation systems.

When it comes to NT2H1311F0DTLH\'s working principle, it works by creating a high frequency radio-wave field. This radio-wave field gets picked up by an antenna connected to the reader, and then sent to an RF receiver. The RF receiver then detects any incoming radio wave signals and converts them into electrical pulses. These electrical pulses are then processed by the reader\'s internal circuitry, and the data is decoded and processed further.

The RF receiver is also connected to an antenna, but this antenna is coupled to a transmitting coil, which generates a separate radio wave field. This radio wave field is picked up by the card or tag, which is then encoded with the necessary data. This data is then sent back to the reader, where it is decoded and processed further.

Overall, the NT2H1311F0DTLH is a powerful and highly reliable RFID reader, offering an impressive read range of 10 cm and full compatibility with the ISO 14443 A/B and Mifare standards. Its low power and low-noise design make it well suited for embedded applications, making it an excellent choice for asset tracking, commercial transactions, ticketing, and security applications. The reader operates on the principle of generating and detecting radio-wave fields, which are then used to transfer data from tags or cards to the reader for further processing.

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