WR187 3.9GHz to 5.85GHz 15dbi Standard gain Waveguide Horn Flange Type:01 Antenna N-Female

Model No: HS-187-UDR-15A-NF

Made in Taiwan
Frequency3.9 - 5.85 GHz
TypeWR-187 Horn
Gain15 dBi
Stock:Contact us
2026/06/25
Quantity:
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HS-18715A-NF WR-187 Horn Antenna

3.9 - 5.85 GHz | 15 dBi Gain | C-Band Precision Reference
The HS-18715A-NF is a high-precision Standard Gain Horn Antenna professionally engineered for broadband microwave measurements and laboratory calibration. Operating across the 3.9 GHz to 5.85 GHz frequency range, it utilizes a standardized WR-187 waveguide interface and a high-durability stainless steel N-Female connector. Delivering a stable 15 dBi gain with exceptional beam symmetry, this antenna ensures maximum signal integrity and predictable radiation characteristics for EMI/EMC testing and professional RF measurement setups.



Electrical & RF Performance
Frequency Range3.9 GHz - 5.85 GHz
Waveguide InterfaceWR-187
Nominal Gain15 dBi
Max Power Handling250 Watts (CW)
Beamwidth (H/V)24° / 23°
Mechanical & Physical
Dimensions128 x 172 x 374 mm
Weight0.96 kg
Connector TypeN-Female (Stainless Steel)
Body MaterialIndustrial Grade Aluminum Alloy

C-Band Precision Beam

Designed specifically for the 3.9-5.85 GHz spectrum, providing highly stable electrical performance and low loss for critical signal integrity measurements.

Industrial SUS Interface

Equipped with a precision stainless steel (SUS) N-Female connector to ensure reliable mating cycles and standardized connectivity with professional RF test equipment.

Superior Gain Consistency

Delivers a uniform 15 dBi gain profile across the bandwidth, making it an ideal reference device for measuring the gain of secondary microwave systems.

Robust Structural Design

Constructed from premium structural aluminum with precise mechanical alignment to ensure repeatable results during continuous laboratory duty cycles.

Contact FT-RF Engineering Division

Contact our engineering team for specialized gain data, custom mounting options, or technical support regarding broadband measurement setups.

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