WR-159 Waveguide to Coaxial Adapter, 4.9 to 7.05 GHz, N Female connector, UAR Flange

Model No: WC-159-UAR-NF

Made in Taiwan
Frequency Range: 4.9 - 7.05 GHz
Waveguide Size: WR-159 (R58)
Connector Type: N-Female
Max Power (W): 280 Watts
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4.9 GHz to 7.05 GHz WR-159 Waveguide to Coaxial Adapter

Model: WC-159-UAR-NF | N-Female Connector | UAR Compatible Flange
The WC-159-UAR-NF is a high-precision Waveguide to Coaxial Adapter professionally engineered for the 4.9 GHz to 7.05 GHz frequency range. Optimized for professional Signal Security operations and mission-critical laboratory testing, it ensures superior Signal Integrity with a low VSWR of 1.25. Featuring a ruggedized aluminum body and a high-durability 303 Stainless Steel N-Female connector, this adapter provides unwavering stability for advanced Signal Defense deployments and precision radar system measurements.
Technical Specifications
Electrical & RF Performance
Frequency Range 4.90 - 7.05 GHz
Waveguide Standard WR-159 / R58 / WG13
V.S.W.R (Max) 1.25 : 1
Maximum Power Handling 280 Watts (CW)
Impedance 50 Ohm
Mechanical & Material
Dimensions (W x H) 85.92 x 48.4 mm
Waveguide Flange UAR Compatible
Body Material High-Grade Machined Aluminum
Connector Type N-Female (Stainless Steel 303)
Net Weight 250 g
Manufacturing Origin Taiwan Design / Made in Taiwan (FT-RF)
Key Tactical & Lab Features

280W Power Reliability

Engineered with precision thermal management to handle robust continuous power loads, ideal for high-intensity laboratory testing and professional signal management.

Precision Signal Integrity

Optimized internal transition geometry ensures a maximum VSWR of 1.25, delivering minimal signal reflection and accurate data collection across the entire frequency band.

Tactical Signal Security

Designed to support Signal Defense infrastructure, providing a reliable link for interference mitigation and professional surveillance monitoring sub-systems.

Ruggedized SUS 303 Interface

Equipped with a high-durability stainless steel 303 N-Female connector to ensure repeatable mechanical coupling and superior electrical stability in demanding field environments.

Request a Professional Quote

Contact our engineering team to obtain individual VSWR plots, customized flange requirements, or integrated RF sub-assembly solutions.