YA9W-11

YA9W-11 RF Antennas

YA9W-11 is a specialized RF antenna used in mission critical wireless communication systems. It is designed to provide maximum signal coverage in outdoor environments with its unique element pattern covering a wide range of frequencies. The antenna is optimized to provide Omni-directional coverage and is inherently robust against environmental factors such as wind, rain, and temperature. The antenna has an output of 9dBi with a 21.5° beamwidth.

Application Field

The YA9W-11 RF antenna is used in a variety of mission critical environments. It is particularly well suited for applications involving harsh environmental conditions such as wind, rain, and temperature extremes. The antenna is ideal for long-range applications such as mobile radio, point-to-point communications, and border security. It is also suitable for use in local area networks (LANs) and wide area networks (WANs). The YA9W-11 is also ideal for use in automotive and defense applications where high performance is required.

Working Principle

The YA9W-11 RF antenna utilizes a unique element pattern consisting of 4 elements – upper, lower, inner, and outer. These elements form a directional pattern with the inner element providing the most gain at the center of the pattern. The upper and lower elements provide an omni-directional pattern with the outer elements providing increased gain on the sides. The combination of these 4 elements allows the YA9W-11 to provide excellent coverage in outdoor environments with minimal interference. The antenna also has an IP67 waterproof enclosure, meaning it is protected from wet and dusty environments. Additionally, the antenna is designed to withstand high speeds and temperatures, making it ideal for use in extreme conditions.

Conclusion

The YA9W-11 RF antenna is a specialized antenna designed to provide high performance in mission critical applications. Its unique element pattern ensures maximum coverage and reliability in demanding environments. The antenna is also waterproof and resilient to speed and temperature extremes, making it ideal for use in environments where robust communication is essential.