WR229 3.3 to 4.9GHz 20 dbi Waveguide Horn Input Antenna, Flange: UDR

Model No: WI-229-UDR-20

Made in Taiwan
Frequency Range: 3.3 - 4.9 GHz
Standard Gain: 20 dBi
Waveguide Size: WR-229 (R40)
V.S.W.R: 1.25
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3.3 GHz to 4.9 GHz WR-229 Standard Gain Waveguide Horn Antenna

Model: WI-229-UDR-20 | 20 dBi Gain | WR-229 Waveguide Input
The WI-229-UDR-20 is a high-precision S/C-Band Waveguide Horn Antenna specifically engineered for professional measurement and high-power operations within the 3.3 GHz to 4.9 GHz spectrum. Precision-manufactured from aerospace-grade aluminum and featuring a standard CPR 229F/G (UDR) flange, it ensures a stable 20 dBi gain profile. This antenna serves as a definitive reference standard for Signal Defense operations and high-intensity laboratory range testing where technical accuracy and Signal Integrity are paramount.
Technical Specifications
Electrical & RF Performance
Waveguide Standard WR-229 (WG11A / R40)
Frequency Range 3.3 GHz to 4.9 GHz
Cutoff Frequency (Lowest Mode) 2.577 GHz
Nominal Gain 20 dBi
V.S.W.R 1.25 : 1
-3dB Beamwidth (H / E Plane) 18° / 15°
Maximum Power Handling 800 Watts (CW)
Mechanical & Construction
Dimensions (W x H x L) 318 x 224 x 596 mm
Net Weight 2100 g
Waveguide Flange CPR 229F/G (UDR Style)
Body Material High-Grade Aluminium
Polarization Linear
Manufacturing Origin Taiwan Design / Made in Taiwan (FT-RF)
Key Tactical & Lab Features

800W High-Power Domination

Engineered to handle continuous power loads up to 800W, providing a robust radiator for intensive Signal Security operations and tactical signal management.

Precision Signal Integrity

Maintains an exceptionally low VSWR of 1.25 across the entire 3.3-4.9 GHz band, ensuring maximum energy transfer and repeatable laboratory measurement results.

Industrial-Grade Aluminum Build

Machined from aerospace-grade aluminum alloy to ensure superior heat dissipation, structural rigidity, and maximum environmental durability in antenna ranges.

Standardized UDR Interface

Equipped with a precision UDR style flange for secure mechanical coupling and minimal signal leakage in mission-critical microwave sub-systems.