SEN-10127

SEN-10127 Application Field and Working Principle

RFID transponders, tags, and inlays all represent the same concept of an active radio frequency identification (RFID) device. Unlike other RFID technologies, which usually require a power source to actively send out a signal, these RFID transponders, tags, and inlays operate by receiving a signal from a reader and then emitting a response in the form of an RFID tag. While this technology has many applications, the SEN-10127 transponder, tag, and inlay can be used for a variety of purposes in the agriculture industry.

Applications

SEN-10127 transponders, tags, and inlays have been used in a variety of applications within the agriculture industry. In animal production, these RFID devices can be used to track the movement of animals from the farm to the slaughterhouse or to different areas of the farm. They can also be used to monitor the health of animals, such as tracking the temperature and weight of cows. In addition, these RFID devices can help farmers keep track of their equipment and supplies, such as fertilizers, seed, and other agricultural products.

SEN-10127 transponders have also been employed in the agricultural industry for a variety of other purposes. They can be used for food safety, by verifying the quality and identity of products. They can also be used to track production items, such as cattle, pigs, and sheep, as well as into processing and packaging products. In addition, these RFID devices can be used to monitor the movement and storage of bulk goods, such as fertilizer and seed.

Working Principle

The SEN-10127 transponder, tag, and inlay are all active RFID devices, which means they contain an internal power source and are able to emit a signal in response to a signal received from a reader. This technology uses RFID readers, which are devices that emit an electromagnetic signal to read and then decode RFID tags or labels. When the RFID reader transmits a signal to a SEN-10127 transponder, tag, or inlay, the device will respond by transmitting its unique identification number back to the reader. By studying the data collected from the RFID readers, it is possible to track the movement, production, packaging, and storage of items in an agriculture setting.

Conclusion

The SEN-10127 transponder, tag, and inlay are RFID transponders that have many applications within the agriculture industry. These active RFID devices can be used to monitor the movement of animals and equipment, as well as help to verify the quality and identity of products. They are able to operate by receiving a signal from an RFID reader and then sending back a response in the form of an RFID tag. By studying the data collected from the RFID readers, it is possible to track the movement, production, packaging, and storage of items in an agriculture setting.