WR159 4.9GHz to 7.05GHz 20dbi Standard Gain Waveguide Horn Antenna, UDR Flange N-Female

Model No: HS-159-UDR-20A-NF

Made in Taiwan
Frequency Range: 4.9 - 7.05 GHz
Waveguide Type: WR-159 (C-Band)
Nominal Gain: 20 dBi
Connector Port: N-Female Interface
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WR159 High Gain Horn Antenna (Model: HS-159-UDR-20A-NF)

4.9 - 7.05 GHz | 19 dBi Gain | Stainless Steel Connector | Lightweight 796g
The HS-159-UDR-20A-NF is a premium C-Band Directional Horn Antenna designed for applications requiring superior sensitivity and gain. Operating between 4.9 GHz and 7.05 GHz, it delivers a substantial 16-19 dBi gain, making it ideal for long-range Radar Detection Systems and Spectrum Monitoring. Distinctive for its build quality, it features a Stainless Steel N-Female connector for enhanced durability during frequent mating cycles in EMI test labs. Despite its high performance, the unit maintains a lightweight profile of just 796g.
Technical Specifications
Electrical Specifications
Frequency Range 4.9 GHz to 7.05 GHz (C Band)
Gain 16 - 19 dBi
Maximum Power 250 Watts (CW)
Beamwidth Vertical: 21° / Horizontal: 16°
Front-to-Back Ratio 29 dB
Waveguide Type WR-159 (R58)
V.S.W.R 1.5 : 1 (Average)
Mechanical Specifications
Dimensions (Aperture / Length) 255 x 174 x 314 mm
Net Weight 796 g
Flange Type UDR 58 (CPR159F Compatible)
Connector N-Female (Stainless Steel)
Body Material Aluminum 6061 Alloy
Operating Temperature -10°C to +60°C
Key Features (Model Specific)

19 dBi High Directionality

Offers up to 19 dBi gain with a narrow 16° horizontal beamwidth, perfect for pinpointing interference sources.

Stainless Steel Connector

Upgraded with a stainless steel N-Female connector to resist corrosion and wear in rigorous testing environments.

Lightweight Efficiency

At only 796g, it provides high-gain performance without the heavy weight penalty, easing mounting requirements.

Radar & EMI Ready

Optimized for Radar Detection Systems and Electromagnetic Interference (EMI) testing in the C-Band.

29dB F/B Ratio

Excellent Front-to-Back ratio (29dB) minimizes rearward radiation, improving measurement accuracy in chambers.

Get a Quote / Customization

Contact us for custom mounting interfaces or weatherproofing options.