WR12 Waveguide to Coax Adapter for 60-90 GHz Applications
The WR12 waveguide to coax adapter provides a critical interconnection solution for millimeter-wave systems operating in the 60-90 GHz frequency range. This transition component bridges waveguide transmission lines with coaxial cable assemblies, enabling efficient RF signal transfer in sub-terahertz applications where both interface types must work seamlessly together.
Available in multiple configurations, the WR12 adapter addresses the growing demand for compact, high-performance transitions in next-generation communication and sensing systems. The component supports both right angle and end launch designs with 1mm connector options, providing flexibility for space-constrained installations and specific mechanical requirements.
Technical Specifications
- Frequency Range: 60-90 GHz
- Waveguide Standard: WR12
- Connector Types: 1mm male and female configurations
- Design Options: Right angle and end launch versions
- Interface: Waveguide to coaxial transition with minimal insertion loss and VSWR
Applications
- 5G/6G & Telecommunications: mmWave radio front-end integration with antenna arrays and signal processing units
- SATCOM: Ground station and satellite payload RF interfaces in E-band and higher frequencies
- Defense & Aerospace: Radar systems, secure communications, and electronic warfare applications
- Test & Measurement: Laboratory characterization of high-frequency components and subsystems
- Industrial Sensing: Millimeter-wave imaging and material characterization systems
The 1mm connector configurations ensure minimal signal degradation and reflections across the entire 60-90 GHz spectrum, maintaining critical performance metrics for sensitive RF applications. Both mechanical designs offer integration flexibility for various system architectures and mounting requirements.
bq-microwave distributes WR12 waveguide to coax adapters and complementary RF components across Europe. For technical documentation and compatibility information, contact our team directly.