WR51 15 GHz to 22 GHz 15dBi E-Plane Sectoral Waveguide Input Flange: UBR

Model No: WI-51-UBR-15E

Made in Taiwan
Frequency Range: 15.0 to 22.0 GHz
Standard Gain: 15 dBi
Antenna Type: E-Plane Sectoral (Waveguide)
Max Power (W): 500 Watts
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WR-51 E-Plane Sectoral Horn Antenna

Model: HS-051-UBR-15-NA | 15.0 - 22.0 GHz | 15 dBi | Fan-Beam
The HS-051-UBR-15-NA is a precision-engineered WR-51 E-Plane Sectoral Horn Antenna designed for specialized wide-angle illumination. Operating across the 15.0 GHz to 22.0 GHz frequency range, this antenna is expertly flared in the E-plane to deliver a distinct Fan-Beam Radiation Pattern (77° H-plane x 16° E-plane). Featuring a direct waveguide input with a standardized UBR Flange, it ensures high-efficiency power transfer up to 500W. Manufactured from high-grade aluminum, it is the ideal instrument for EMI/EMC Testing, wide-vertical beam scanning, and precision antenna gain measurement in both laboratory and field environments.
Technical Specifications
Electrical & RF Performance
Frequency Range 15.0 to 22.0 GHz
Standard Gain 15 dBi
Antenna Type E-Plane Sectoral (Fan-Beam)
Maximum Power Handling 500 Watts (CW)
V.S.W.R (Max) 1.3 : 1
-3dB Beamwidth (H / E Plane) 77° / 16°
Mechanical & Physical Specs
Dimensions (WxHxL) 35 x 58 x 133 mm
Waveguide Standard WR-51 (R180)
Waveguide Flange UBR Style
Body Material High-Grade Aluminum
Origin Made in Taiwan (FT-RF)
Key Tactical Features

Expansive H-Plane Coverage

Specialized sectoral flare yields a massive 77° beamwidth in the H-plane, ideal for broad-area illumination in EMC susceptibility testing and multi-point surveillance.

Direct Waveguide Integration

Designed with a direct WR-51 interface for ultra-low-loss power transfer, eliminating transition losses associated with coaxial adapters in high-precision setups.

500W Continuous Stability

Engineered to handle up to 500W of continuous wave power while maintaining ultra-low VSWR, providing a reliable radiator for high-intensity testing.

Precision Pattern Stability

Optimized for the 15-22 GHz band, ensuring gain flatness and pattern stability across the entire frequency range for high-fidelity measurements.

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