20931020101

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RFID Transponders, Tags – 20931020101 Application Field and Working Principle

RFID transponders and tags are a technology which uses small radio transmitting to identify and track objects wirelessly. This technology has been widely used in various applications such as in healthcare, security, payment systems, and logistics. 20931020101 is one of the most popular tags used in RFID applications today. In this article, we will discuss the application field of 20931020101 tag, as well as its working principle.

Application Field of 20931020101 Tag

20931020101 tags are primarily used in healthcare applications. These tags are used to store patient medical records, such as lab results, medical history, and medication information. They are also used to track usage and movements of medical equipment, and to monitor facility access points. The tags can be used for both hospital and home health care settings.

Other applications of 20931020101 tags include security, payment systems, and RFID tracking. In the security field, the tags can be used to identify, authenticate, and track people, objects, and assets. In payment systems, the tags can be used to quickly and securely process transactions. Finally, in RFID tracking, the tags can be used to track and manage inventory and supplies.

Working Principle of 20931020101 Tag

The working principle of 20931020101 tag is relatively simple. It uses radio frequency signals to communicate with the reader. When the tag enters into the range of the reader, the reader emits an electronic signal which is received by the tag. The tag then sends back its identification code, a process called “Backscatter.”

The RFID tag contains a small chip which stores the identification information. The tag also contains an antenna which receives the radio signals from the reader. Once the chip receives the signal, it sends back its identification code, which is then read by the reader. This allows the RFID system to identify the tag.

In addition to identification, the 20931020101 tag can also store and process information. This information can be stored in the tag itself or accessed from an external source. For example, in healthcare applications, the tag can be used to store the patient’s medical records. The tag can also be used to program security codes, control access to certain areas, or track usage and movement of objects and people.

Conclusion

20931020101 RFID tags are one of the most popular RFID tags used today. They are primarily used in healthcare applications but can also be used in security, payment systems, and tracking applications. The working principle of the tags is relatively simple, as they use radio signals to send and receive information. With the ability to store large amounts of data and process information, these tags have become an indispensable part of many applications.

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