WR650 Waveguide to Coax Adapter, UDR Flange, 1.14 GHz to 1.73 GHz, SMA-Female Connector

Model No: WC-650-UDR-SF

Waveguide: WR-650
Frequency: 1.14 GHz to 1.73 GHz
Max Power: 600W
Size (mm): 138.9x221.5x146
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L-Band Waveguide Coaxial Adapter

Model: WC-650-UDR-SF | 1.14 GHz - 1.73 GHz | SMA-Female (SUS)
The WC-650-UDR-SF is a high-power precision adapter engineered for seamless signal transition between WR-650 waveguide systems and coaxial interfaces. Operating in the 1.14 GHz to 1.73 GHz range, it provides a stable and efficient RF path for high-power transmissions up to 600W. Built from premium Aluminium with a robust UG417A/U flange, this adapter meets international standards for mechanical precision, making it the definitive choice for pairing with standard gain horn antennas in Radar systems, satellite ground stations, and mission-critical Signal Defense sub-systems.
Core Electrical Specifications
Frequency Range 1.14 GHz to 1.73 GHz
Maximum Power Handling 600 Watts
V.S.W.R 1.25 (Optimized)
Waveguide Type WR-650
Flange Interface UG417A/U (UDR Flange)
Connector Interface SMA-Female (Stainless Steel)
Impedance 50 Ohm
Mechanical & Environmental Parameters
Dimensions (L x W x H) 138.9 x 221.5 x 146 mm
Net Weight (N.W.) 2200 g
Body Material Premium Grade Aluminium
Customization Options Waterproof Structure / Custom Color
Manufacturing Origin Taiwan Design & Made in Taiwan
Key Tactical & Industrial Features

Standard Horn Integration

Perfectly matched for use with WR-650 standard gain horn antennas, ensuring optimal Signal Integrity during broadband L-band measurements.

High-Power Industrial Robustness

Engineered to handle up to 600W continuous wave power, making it a primary component for high-intensity L-band radiators and transmitters.

International Standard Compliance

Fully compliant with international WR-650 and UG417A/U standards, ensuring seamless compatibility with global industrial RF hardware.

Stainless Steel Connector

Utilizes a high-durability Stainless Steel (SUS) SMA-Female interface for superior corrosion resistance and mechanical longevity in tactical deployments.