ANT-GW260152

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RF Antennas: ANT-GW260152 Application Field and Working Principle

RF antennas are an important part of communication systems. They are often incorporated in devices or systems that enable wireless communication. The ANT-GW260152 is a prime example of a high-performance, highly reliable and reliable RF antenna. This article focuses on the application field and working principle of the ANT-GW260152 antenna from a technical perspective.

Application Field

The ANT-GW260152 is a dual polarized, 8-12GHz active, planar patch antenna. This product is suitable for point-to-multipoint communication systems in line-of-sight (LOS) conditions. The antenna is robust and can operate in any weather conditions, which makes it ideal for outdoor applications. Examples include Wi-Fi hotspots, wireless mesh networks, wireless sensor networks, and radio links.

The ANT-GW260152 also has a wide dynamic range. It supports long-distance radio link transmission and can maintain perfect signal quality under various signal scenarios. The antenna is also suitable for wide frequency range applications such as high speed data transfer, broadcasting, and telemetry.

Working Principle

The ANT-GW260152 is an active RF antenna with built-in electronic components. It has an active control module and a planar patch antenna array. The module consists of an amplifier (LNA) and a filter. The amplifier is responsible for amplifying the radio signal from the antenna, and the filter is responsible for rejecting unnecessary frequency bands. The active antenna is then connected to the signal receiving equipment.

The patch antenna operates on the principle of the complementary split ring resonator (CSRR). It consists of a structure of patches that are arranged in a grid pattern. As the signal is radiated from the antenna, the elements of the CSRR will generate a resonant field. This resonant field will produce a field with certain properties relative to frequency, which is what makes the antenna an effective transmitter or receiver of radio waves.

The ANT-GW260152 uses a polarization diversity technique to enhance the reception of signals. This technique relies on the use of two antenna systems arranged in perpendicular fashion, such as vertical and horizontal, to reduce multipath fading and interference and provide a higher gain and increased signal integrity. The antenna also uses an array of antenna elements to provide increased directional capabilities.

Conclusion

The ANT-GW260152 is an ideal solution for outdoor applications where an array of antenna elements and polarization diversity is required. Its two-way active RF antenna design, coupled with Polarisant\'s built-in LNA and filter, allows for excellent signal reception and transmission capabilities. The ANT-GW260152 is also ideal for wide frequency range applications, long-distance radio links, and high-speed data transfer. This antenna provides a powerful, reliable solution for any radio communication application.

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