SEN-10128

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RFID technology is becoming more and more popular, and it can be found in a huge variety of applications in both commercial and industrial settings. SEN-10128 is a type of RFID transponder, and this article will provide an overview of this technology, its common fields of application, and its working principle.

Overview of SEN-10128

SEN-10128 RFID transponders are part of the short range communication products offered by Senetas. SEN-10128 is a data carrier transponder which supports many communication protocols, including EPC Global Class1 Gen 2, ISO18000-93, ISO18000-6B, and ISO15693. It is designed to operate at a frequency of 860-960MHz and it has an adjustable RF output power ranging from 0dBm to 20dBm.

SEN-10128 transponders are typically composed of two parts; an integrated circuit (IC) chip and the sensor. The IC chip is the heart of the device and contains all the necessary information which will be transmitted to the reader. The sensor, usually an integrated antenna, is used to transfer the signal generated by the reader to the IC chip. The data is then transmitted to the reader device by the sensor.

The SEN-10128 transponder uses a unique tag identifier making it possible to identify individual transponders. It has a high-efficiency transmitting power and boasts a read and write cycle of 10 years. It also has a working temperature range of -20C to 50C and a storage temperature of -35C to 85C.

Applications of SEN-10128

SEN-10128 transponders have a wide variety of applications in commercial and industrial settings. It is typically used in supply chain management for tracking goods and can be used in vehicle tracking and asset management. It can also be used in healthcare settings for patient tracking and data collection. RFID transponders such as the SEN-10128 can also be used in access control, industrial networking, and authentication.

Working Principle of SEN-10128

SEN-10128 transponders work through radio frequency communication. When a transponder is activated by an RF signal sent from a reader device, it will then send a unique identifier and other data to the reader. This data is then processed by the reader device, and the relevant information is then sent to the associated system.

The RF signal sent from the reader device contains two signals. The first signal is an excitation signal which is used to activate the transponder so that it can communicate with the reader. The second signal is a command signal which contains instructions to be sent to the transponder. Once the transponder receives the command signal, it will then send its unique tag identifier and other data to the reader device. This data is then processed by the reader and the corresponding information is sent to the associated system.

SEN-10128 transponders have a highly sensitive receiver, which enables them to pick up the RF signal from even long distances. This makes them very effective in applications such as tracking goods over large distances, or for scanning and authenticating documents from a distance.

Conclusion

SEN-10128 is an RFID transponder with a wide variety of applications in both commercial and industrial settings. It boasts a strong transmission power and is able to pick up signals from long distances. By understanding the applications and the working principle of this transponder, we can take full advantage of its capabilities to improve the efficiency of our operations.

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