RI-I17-0003-00

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RFID technology is increasingly becoming an important part of our everyday lives and RI-I17-0003-00 is no exception. As one of the most widely used RFID transponders and tags today, RI-I17-0003-00 is ideal for applications in retail, logistics, supply chain management, and other business-to-business applications. This article will discuss the features, applications, and working principles of RI-I17-0003-00 RFID transponders and tags in greater depth.

Applications and Features of RI-I17-0003-00 RFID Transponders and Tags

The RI-I17-0003-00 is a low-frequency (LF) RFID transponder or tag designed for applications that require a longer read range. The device is capable of reading RFID tags in a distance of up to one meter, or distances of up to two meters with the aid of directional antennas. It is also capable of storing up to 128 bytes of data which can be customized depending on the user’s needs. The tag also utilizes an ultra-low energy consumption technology which makes it suitable for use in battery-powered systems. The housing is made out of a durable IP 68-compliant material which makes it suitable for use in harsh environments.

Because of its long read-range, the RI-I17-0003-00 is ideal for a variety of applications. These include retail store inventory tracking, asset tracking in hospitals, libraries, and warehouses, access control and identity management, and anti-counterfeiting and authentication applications. The device is also compatible with most existing RFID systems, making it easy to integrate into pre-existing systems.

Working Principle of RI-I17-0003-00 RFID Transponders and Tags

The working principle of RI-I17-0003-00 RFID transponders and tags is based on the inductive coupling technology. This technology works by using an antenna to send an alternating electromagnetic field over a distance. When the tag is within the reach of the field, it is activated and responds by sending back a signal containing the stored information. The information is then received and processed by the RFID reader.

The advantage of inductive coupling is that it can operate over greater distances than radio waves and does not require line-of-sight conditions for the tag to be read. This makes the tag suitable for use in environments where radio waves may be blocked or obstructed by obstacles such as buildings, trees, or other structures. Additionally, the tag is also sensitive to very low levels of power, meaning that the tag is capable of transmitting a signal even when the reader is at a distance.

Conclusion

In conclusion, the RI-I17-0003-00 RFID transponders and tags provide an efficient and cost-effective solution for applications in asset tracking, access control, and retail inventory control. Its long read range and compatibility with existing systems make it an ideal choice for businesses looking to upgrade their system to an RFID system. Additionally, its low power consumption and durable housing make it suitable for use in a variety of environments. The working principle of the RI-I17-0003-00 is based on inductive coupling technology which makes it capable of operating in conditions where other RFID devices may not be able to.

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