WR159(4.9 to 7.05GHz)25dbi Stand Gain Waveguide Horn N-Female Antenna /Flange:UAR

Model No: HS-159-UAR-25A-NF

Made in Taiwan
Frequency Range: 4.9 - 7.05 GHz
Standard Gain: 25 dBi
Technical Standard: Professional Grade
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WR-159 Standard Gain Horn Antenna

Model: HS-159-UAR-25A-NF | 4.9 - 7.05 GHz | 25 dBi | N-Female
The HS-159-UAR-25A-NF is an ultra-high-performance Waveguide Horn Antenna specifically engineered for precision gain measurement and mission-critical surveillance within the 4.9 GHz to 7.05 GHz range. Constructed from a premium aluminum alloy, it ensures uniform gain and exceptional stability. With a powerful 25 dBi output and robust 380W power handling, it serves as the primary standard for EMI/EMC testing, direction finding, and advanced Signal Security operations where consolidated performance and mechanical survival are paramount.
Technical Specifications
Electrical & RF Performance
Frequency Range 4.9 GHz - 7.05 GHz
Standard Gain 25 dBi
Polarization Vertical or Horizontal
Maximum Power Handling 380 Watts
-3dB Beamwidth (Horz/Vert) 54° / 54°
Mechanical & Physical Specs
Dimensions (LxWxH) 173 x 83 x 63 mm
Net Weight 0.42 kg
Waveguide Styling WR-159 / WG13 / R58
Connector Type Stainless Steel N-Female
Material Aluminum Metal Alloy
Key Tactical & Lab Features

Uniform High-Gain Output

Delivers a consistent 25 dBi gain profile, serving as a reliable calibration device to measure the performance of other antennas with laboratory precision.

Stainless Steel Interconnect

Equipped with a rugged Stainless Steel N-Female connector to prevent oxidation and ensure stable impedance during frequent field deployments.

Superior Signal Security

The precision aluminum alloy construction ensures low return loss and high structural rigidity, maintaining unwavering stability in active protection operations.

Broad Surveillance Coverage

Features a symmetrical 54-degree beamwidth, optimized for direction finding, tactical surveillance, and EMI emissions monitoring.

Get a Quote / Custom Antenna Solutions

Contact us for consolidated performance database access, custom gain configurations, or alternative waveguide flange patterns.