WR51 Standard Gain Waveguide Horn Antenna, 15 GHz to 22 GHz, 10dbi, K-Female Connector

Model No: HS-051-UBR-10A-KF

FT-RF          
Frequency: 15 - 22 GHz
Type: WR-51 Horn
Gain: 10 dBi
Stock: 0
2026/06/24
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HS-051-UBR-10A-KF Ku-Band Horn Antenna

15 - 22 GHz | 10 dBi Gain | Millimeter-Wave Reference
The HS-051-UBR-10A-KF is a high-precision standard gain horn antenna professionally engineered for Ku-band RF measurement applications. Operating across the 15 GHz to 22 GHz spectrum, it features a standardized WR-51 waveguide interface with a UBR flange. Delivering a stable nominal gain of 10 dBi, it is an essential instrument for signal integrity verification, antenna gain calibration, and professional laboratory setups where high-frequency accuracy and mechanical structural reliability are paramount.



Electrical & RF Performance
Frequency Range 15 GHz - 22 GHz
Waveguide Interface WR-51 (UBR)
Nominal Gain 10 dBi
Max Power Handling 200 Watts (CW)
Beamwidth (H/V) 54° / 54°
Mechanical & Physical
Dimensions 75 x 33.3 x 35.65 mm
Weight 75 g
Connector Type 2.92mm-Female (K-Type)
Body Material Premium Aluminum Alloy

Ku-Band Precision Beam

Engineered for the 15-22 GHz spectrum, providing highly stable electrical performance and minimal losses for critical signal integrity measurements in microwave systems.

Superior Gain Consistency

Delivers a uniform gain profile for high-accuracy antenna calibration, making it an ideal reference device for measuring the gain of secondary microwave systems.

Stainless Steel K Interface

Equipped with a high-durability 2.92mm-Female (K) connector to ensure reliable mating cycles and low-loss transition for standardized test equipment.

Custom Engineering Flexibility

Available for specialized modifications including waterproof structures, PTZ control integration, and customized color finishes to meet specific project requirements.

Contact FT-RF Engineering Division

Contact our engineering team for specialized gain calibration data, custom mounting options, or technical support regarding high-frequency measurement setups.

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