WR112 Standard Gain Horn Antenna, 7.05GHz to 10GHz, 20 dbi gain, N-Female connector, UBR Flange

Model No: HS-112-UBR-20A-NF

Made in Taiwan
Frequency7.05 - 10.0 GHz
TypeWR-112 Horn
Gain20 dBi
Stock:10+
2026/06/25
Quantity:
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HS-112-UBR-20A-NF WR-112 Horn Antenna

7.05 - 10.0 GHz | 20 dBi Gain | Precision Laboratory Reference
The HS-112-UBR-20A-NF is a high-performance Standard Gain Horn Antenna professionally integrated with a precision waveguide-to-coaxial adapter. Operating within the 7.05 GHz to 10.0 GHz X-Band spectrum, this antenna system provides a consistent 20 dBi gain and exceptional return loss (VSWR 1.25). Precision-manufactured from high-grade aluminum with a durable stainless steel N-Female interface, it is an essential instrument for EMI/EMC testing and antenna gain measurement, ensuring superior signal integrity for lab and field applications.



Electrical & RF Performance
Frequency Range7.05 GHz - 10.0 GHz
Waveguide InterfaceWR-112 (UBR)
Nominal Gain20 dBi
Max Power Handling320 Watts (CW)
Beamwidth (H/E)52° / 50°
Mechanical & Physical
Dimensions98 x 132 x 322 mm
Weight320 g
Connector TypeN-Female (Stainless Steel)
Body MaterialHigh-Grade Aluminum

X-Band Precision Patterns

Optimized for the 7.05-10.0 GHz band, delivering the boresight accuracy and gain consistency required for mission-critical antenna calibration.

Heavy-Duty SUS Interface

Equipped with a high-durability stainless steel N-Female connector, ensuring reliable electrical contact and structural wear resistance for repeated laboratory use.

Lightweight Aluminum Build

Weighing only 320g, this compact horn antenna ensures minimal load on precision laboratory positioners or tactical masts while maintaining structural strength.

Customizable Infrastructure

Available with options for waterproof builds, PTZ control functions, and specialized mounting designs for diverse tactical field requirements.

Contact FT-RF Engineering Division

Contact our engineering team for technical support, performance verification data, or customized integration requirements.

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