WR770 Waveguide Coaxial Adapter, frequency from 970 MHz to 1450 MHz, SMA-Female connector, UDR Flange

Model No: WC-770-UDR-SF

Waveguide: WR-770
Frequency: 970 to 1450MHz
Max Power (W): 600W
Size(mm): 187.4x285x170
Quantity:
INQUIRY

L-Band Waveguide Coaxial Adapter

Model: WC-770-UDR-SF | 970 MHz - 1450 MHz | N-Female Connector
The WC-770-UDR-SF is a high-power industrial adapter designed for precise signal transition between WR-770 waveguide systems and coaxial N-type interfaces. Operating in the 970MHz to 1450MHz range, it provides a stable and efficient RF path for high-power transmissions up to 600W. Built from premium Aluminum with a robust UDR flange, this adapter meets international standards for mechanical precision and electrical performance, making it the definitive choice for Radar systems, satellite ground stations, and mission-critical Signal Defense sub-systems.
Core Electrical Specifications
Frequency Range 970 MHz to 1450 MHz
Maximum Power Handling 600 Watts
Waveguide Type WR-770
Flange Interface UDR Flange
Connector Interface N-Female
Impedance 50 Ohm
Mechanical & Environmental Parameters
Dimensions (L x W x H) 187.4 x 285 x 170 mm
Net Weight (N.W.) 3300 g
Material Composition High-Quality Aluminum
Optional Customization Waterproof / Custom Color
Manufacturing Origin Taiwan Design & Made in Taiwan
Key Tactical & Industrial Features

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.

Precision Signal Transition

Designed to maintain high Signal Integrity with minimal insertion loss during the transition from large waveguide apertures to coaxial lines.

International Standard Compliance

Fully compliant with WR-770 dimensions and UDR flange standards, ensuring seamless compatibility with global industrial RF hardware.

Environmental Adaptation

Available with custom waterproof structures and specialized coatings to meet the demands of outdoor tactical deployments and maritime environments.