S828HVP12NF

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The S828HVP12NF is a right-hand circularly polarized RF antenna for cellular communications networks. It is designed to provide excellent signal quality and peak performance in high-power environments. The antenna is suitable for use in applications ranging from cellular, WiMAX, and LTE to public safety networks, security systems, and other high-frequency applications. It can be deployed in a variety of configurations, including base stations, directional antennas, and omnidirectional antennas.

The S828HVP12NF is a 4 dBi gain antenna with a 12 dB gain front-to-back ratio. It offers excellent front-to-back performance, with a broad frequency coverage of 698-960 MHz and 1710-2180 MHz. The S828HVP12NF also has an Ultra High Frequency (UHF) band of 450-470 MHz.

The S828HVP12NF antenna comes with a high power dissipation of 3.4 watts, enabling it to handle high-power signals without interference, while also providing wide radiating beam width for a better coverage area. Additionally, the antenna has a robust design and is constructed from durable, high-grade materials to ensure stability and reliability, even in extreme weather conditions.

The working principle of the S828HVP12NF is based on the principles of electromagnetism. Radio waves emitted by a transmitting device travel through the three-dimensional space surrounding the antenna. The antenna is designed to capture the radio waves and reflect them back out towards their intended destination.

The S828HVP12NF has a wide range of applications, including in cellular networks, WiMAX networks, LTE networks, public safety networks, security surveillance networks, and other high-frequency communications applications. It can also be used for rural and urban coverage expansion, as well as for in-building applications.

The S828HVP12NF antenna is an ideal choice for those who require a reliable RF antenna with excellent performance and wide frequency coverage. Its high power dissipation, robust construction, and wide radiating beam width make it an ideal solution for high-power applications, and its ability to function in extreme weather conditions makes it suitable for a variety of applications.

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