NCF29A7EHN3/0200IY

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RFID, or radio-frequency identification, is a technology that is used to store and read data from electronic chips called RFID tags. An RFID chip contains an antenna and a memory chip that can hold data up to a certain size, depending on the type of chip. The NCF29A7EHN3/0200IY is an RFID chip that is widely used in RF access and monitoring applications.

The NCF29A7EHN3/0200IY is a read-only chip that contains 16 KB of read-only memory to store data. It has an integrated antenna and is designed to be embedded in equipment or objects. It is capable of transmitting a signal to an RFID reader, and it can be used to track an object’s location, authenticate it, or monitor its usage. The chip is powered by a battery or a capacitor, and it can operate in ambient temperatures ranging between -40 to +85 degrees Celsius.

The NCF29A7EHN3/0200IY can be used in a wide range of applications, including manufacturing control, asset tracking, access control, and more. It can be used for identification and authentication of physical objects, such as luggage tags and passports. It can also be used in medical applications, such as patient tracking and medical device identification.

The working principle of the NCF29A7EHN3/0200IY is that data is written to it from an RFID reader. The reader can be located either close to or far away from the chip, depending on the application. The reader will then generate a radio frequency which is used to activate the chip. The chip in turn will transmit back the stored data to the reader. The reader can then read and interpret the data and take appropriate action.

In summary, the NCF29A7EHN3/0200IY is a widely used RFID chip that is used in a variety of RF access and monitoring applications. Its integrated antenna enables it to communicate with RFID readers from far away, and its read-only memory allows it to store up to 16 KB of data. Its application field included manufacturing control, asset tracking, access control, and medical device identification. Its working principle is that data is written to it from a reader and it transmits back the stored data to the reader.

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