ART915X250903AM-IC

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ART915X250903AM-IC is a type of radio frequency identification (RFID) transponder tag incorporated into a chip for non-contact wireless communications between machines or from a machine to a human being. The ART915X250903AM-IC can be utilized to track and monitor property and assets. This transponder tag has an extended frequency range of 915 MHz to 960 MHz, which contributes to long range reading and transmitting capability. The tag also has a wide power range, allowing it to be utilized in both low- and high-range applications.

Applications

As a type of RFID tag, the ART915X250903AM-IC is mainly applied to the automation and monitoring industry. Its frequency range enables it to be used in different setups to transfer data to and from electronic systems, such as remote computer systems and unmanned systems. The tag is mainly geared towards identification and tracking of assets and equipment, especially in closed system settings. For example, it can be used in industrial and warehouse settings to identify and track objects in order to facilitate automated workflows. It is also used in retail and commerce to automate inventory management, as well as to authenticate customer identification.

Working Principle

The ART915X250903AM-IC works with a widely used technology called the Radio Frequency Identification (RFID). RFID systems are composed of three components: a tag, a reader, and an antenna. The tag is the component containing the data, the reader is the device that picks up the signal, and the antenna transmits and receives data from the reader. In systems utilizing the ART915X250903AM-IC tag, the tag is a small microchip embedded in a piece of plastic or metal. The data stored in the tag is sent to the reader by means of radio waves. The reader then reads the data from the tag and displays it in a readable format. The reader is then used to write data onto the tag, allowing for customisable data to be programmed onto the chip.

The RFID system works on the basis of a direct line-of-sight communication. This form of communication requires the reader, the tag, and the antenna to be in close proximity and in the direct line of vision of each other. In order to ensure that data is transmitted properly, the tag needs to be "energized" by the reader first. This is done by transmitting an RF signal from the reader to the tag, which is interpreted by the tag. The tag then starts to transmit the stored data, allowing the reader to read the information from the tag.

Conclusion

The ART915X250903AM-IC is a type of RFID transponder tag used for data capture, storage, and transmission. Primarily used in the automation and monitoring industry, the tag works on the basis of a direct line-of-sight communication between the reader, the tag, and the antenna. This tag has an extended frequency range of 915 MHz to 960 MHz, as well as a wide power range, making it suitable for both low- and high-range applications.

The specific data is subject to PDF, and the above content is for reference