RF Antennas

1513430-2 Application Field and Working Principle

RF Antennas refer to radio frequency antenna which is a device that is designed to receive and transmit electromagnetic waves or in simple terms, communication signals.

The 1513430-2 is a specialized type of RF Antenna, designed for use in a particular environment or application field. It is a multi-beam antenna that is used for next generation cellular systems including 4G, Long Term Evolution (LTE), and 5G architectures. This antenna system can be used in both small and large cell system configurations and is capable of operating in both Urban and Rural areas.

Apart from the application environment, the 1513430-2 also addresses the issue of how it works. This antenna system works by using its multi-beam structure to transmit multiple beams simultaneously on the same frequency. This allows more data to be transmitted on the same frequency, improving the overall coverage and capacity of the system. Additionally, the antenna system can be configured to focus the beams in different directions, allowing more selectively target areas, consequently increasing its signal fidelity and allowing better performance in higher traffic environments.

In terms of technical specification, the 1513430-2 is rated for frequencies ranging from 3.83 GHz to 3.87 GHz and is capable of supporting 4x20MHz LTE data. It can be connected to multiple radio heads, allowing up to 12x20MHz LTE data and can provide up to 130° beam steering. The antenna also features an IP67 rating meaning it can operate effectively in extreme weather conditions, with an operating temperature range of -30 to +55°C.

In conclusion, the 1513430-2 is a versatile RF Antenna system that is designed for use in both Small and Large cell architectures and can operate in a variety of application fields. By using its multi-beam structure to transmit multiple beams simultaneously on the same frequency, it provides improved coverage and capacity for the system, and can assist in reducing interference and improving the signal quality of the system. Additionally, by focusing different beams in different directions, it can selectively target areas and increase its signal fidelity, making it an ideal antenna for next generation cellular systems.