RR-IDISC-ANT14-7C

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RFID antennas have been extensively used in various kinds of applications. The RR-IDISC-ANT14-7C is one of those antennas specifically designed for RFID readers. RFID antennas are mainly used to monitor and track objects that are equipped with RFID tags. They enhance the convenience and safety of assets management to a great extent.

The RR-IDISC-ANT14-7C RFID antenna is an ideal solution for this purpose. This antenna is circularly polarized with a radiation efficiency of up to 81%. It supports a wide range of frequency range from 860 to 960 MHz. This antenna is also suitable to be used in various environments, with a wide operating temperature range from -40°C to 85°C.

This antenna is also known for its low-light penetrating ability. Its power consumption is very low, which means it can operate for a long time in a power-saving mode. In addition, the RR-IDISC-ANT14-7C antenna has a compact and lightweight design, making it easy to install and maintain in various locations.

The RR-IDISC-ANT14-7C antenna is suitable for use in many locations, including office buildings, warehouses, factories, and airports. It can also be used in retail stores and supermarkets, to monitor and track merchandise. Because it is omnidirectional, it offers broad coverage with a wide antenna gain. This makes it a suitable choice for RFID readers in areas with dense tagged items.

In terms of its working principle, the RR-IDISC-ANT14-7C antenna has an inner core with an electric field. When tagged items are within the electromagnetic field of the antenna, the RFID reader is able to detect them. The reader will then trigger the required commands to the targeted items. Through this method, the RFID reader can precisely monitor and track the tracked items. This ensures greater efficiency in asset management.

In summary, the RR-IDISC-ANT14-7C antenna is an ideal solution for RFID applications. It can be used in various locations and for various purposes. It has a wide operating temperature range, low power consumption, and broad coverage, which makes it suitable for many types of environments. In addition, it has a working principle that enables accurate tracking of tagged items.

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