MF3D8201DUD/00V

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Today, with varieties of advancements in technology, devices such as RFID, RF Access, Monitoring ICs have become an important part of our lives. Today we shall be discussing MF3D8201DUD/00V, one of the popular devices from these categories.

The MF3D8201DUD/00V IC is a Low power RFID chip that is mainly used in applications such as identity cards, access control, tracking RFID tags and other anti-theft systems. It is a miniature, low-cost, low-power device that allows efficient RFID communication, and can act as a reader or a tag. It is also capable of providing authentication and encryption for secure access.

The MF3D8201DUD/00V IC is powered by a 2.54V to 3.6V DC power supply and is designed to operate within the specified frequency range. It has an operating range of 50 meters, making it suitable for applications requiring a wide area coverage. It also supports operating temperatures up to 105°C.

The working principle of the MF3D8201DUD/00V IC is based on the principle of wave-propagation between two points. It uses a dipole antenna as the transceiver for sending and receiving radio signals. The IC uses the TDMA protocol for communication and transmits data using specific frequencies. Data packets are sent out periodically, and upon receiving an acknowledgment, the IC verifies the data and transmits a response.

The MF3D8201DUD/00V IC is suitable for applications such as access control, contactless card applications, smart metering, asset tracking, and automated toll collection. It can also be used in tracking RFID tags, identification, and anti-theft systems. The IC provides authentication and encryption for secure access, making it an ideal solution for measuring accurately transportation activities or controlling stock efficiently.

In summary, the MF3D8201DUD/00V IC is a low-power RFID chip suitable for applications such as access control, contactless card applications, smart metering, asset tracking, and automated toll collection. It has a wide area coverage and is designed to operate within the specified frequency range. It uses a dipole antenna as the transceiver for sending and receiving radio signals and is capable of providing authentication and encryption for secure access.

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