WR284 2.6GHz to 3.95GHz N-Female Waveguide Coaxial Adapter Flange: type01 (Aluminum)

Model No: WC-284-UDR-NF

Made in Taiwan
Frequency Range: 2.6 GHz - 3.95 GHz
Waveguide / Flange: WR-284 / UDR
Connector: N-Female

WR284 S Band Waveguide Adapter (Model: WC-284-UDR-NF)

2.6 - 3.95 GHz | VSWR 1.25 | Stainless Steel Connector | Ideal for Horn Antennas
Designed as the definitive feed interface for S Band applications, the WC-284-UDR-NF Waveguide to Coaxial Adapter delivers precision performance across the 2.6 to 3.95 GHz spectrum. Its primary engineering focus is Signal Integrity, achieving a tight VSWR of 1.25 to ensure minimal reflection when paired with Standard Gain Horn Antennas. Constructed with a lightweight aluminum body and a robust **Stainless Steel N-Female connector**, this adapter withstands the rigors of frequent laboratory calibration and outdoor field testing while maintaining a compact 430g profile.
Technical Specifications
Electrical Specifications
Frequency Range 2.6 GHz to 3.95 GHz (S Band)
Waveguide Size WR-284 (R32)
Connector Type N-Female (Stainless Steel)
Max Power Handling 300 Watts (CW)
V.S.W.R 1.25 : 1 (Max)
Mechanical Specifications
Dimensions 79.6 x 114.3 x 57.85 mm
Net Weight 430 g
Flange Type UDR (Compatible with PDR/CPR284)
Body Material Aluminum
Connector Material Stainless Steel
Key Features (Model Specific)

Horn Antenna Companion

Optimized geometry acts as the perfect feed source for WR284 standard gain horns, ensuring efficient mode excitation.

Superior VSWR 1.25

Fine-tuned internal cavity minimizes mismatch losses, delivering a superior VSWR of 1.25 for critical S Band measurements.

Steel-Reinforced Interface

Equipped with a Stainless Steel N-Female connector to prevent thread wear and ensure consistent electrical bonding over time.

S Band Precision

Specifically covered 2.6-3.95 GHz, widely used in weather radar, surface ship radar, and communications satellites.

Compact Aluminum Build

At just 430g and under 12cm in length, it offers high mobility for field engineers without sacrificing durability.