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

ANLTE3-10HRA Application field and working principle

The ANLTE3-10HRA RF antennas applied in the radio telecommunication system. This type of RF antennas are specially designed for accessing the bandwidths of 2.18 GHz to 2.52 GHz.

Application field and Working Principle

The ANLTE3-10HRA RF antennas are usually applied in Access Point (AP) systems, which are suited for transmitting wireless signals to and from PDAs, tablet PCs and laptops. These kinds of RF antennas have a transmitting 24dBi gain and a vertical beamwidth of 16°. In addition, the antenna is constructed with a cylinder-shaped radome formed of ABS plastic for long durability. It also features a vertical polarization and an adjustable tilt for fine tuning of radiation.

The manufacturing of the RF antennas is done with precision to include the best performing radiofrequency elements available in the market, these antennas are designed to operate in the most rugged conditions. The internal parts are tuned for optimal operation and a high-efficiency output is generated.

The operation of the ANLTE3-10HRA RF antennas is based on radiating an electromagnetic field that is generated by a variety of sources. These sources can range from a mobile phone handset to a base station. When the electromagnetic field radiates out from the antenna, a signal is established. The signal can be received by different surrounding devices in its proximity and decoded for transmission. Then the electromagnetic field is generated from the receiving device and a similar process occurs causing the transmission of signal.

One of the particular features is that due to the high gain of the antenna; the receiving and transmitting signal can be increased. This makes these RF antennas suitable for long range communication up to 50km. These RF antennas are designed to withstand most outdoor conditions and they are great for deployments such as long range wireless links.

Conclusion

The ANLTE3-10HRA RF antennas have become popular for their extreme power output and long range operations. These antennas are developed for transmitting and receiving wireless signals in 2.18 GHz to 2.52 GHz bandwidths. The high gain of the antenna is optimal for long range communications. Furthermore, the robust construction and the rugged materials make the RF antennas suitable for the most demanding outdoor environments.

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