The YX-WA12-1.0F is a high-performance WR-12 waveguide-to-1.0mm female coaxial adapter, designed specifically for the 60–90 GHz E‑band. It enables seamless connection between waveguide systems and coaxial test equipment or components, delivering low-loss, highly stable signal conversion — an ideal choice for millimeter-wave communication, radar testing and scientific research experiments.
In the RF and microwave industry, waveguide and coaxial cable are two common signal transmission media:
- Waveguide: suitable for high-frequency, high-power transmission with low loss, but limited in connection flexibility
- Coaxial cable: easy to connect and compatible with most test instruments and components, yet suffers from higher loss at high frequencies
The YX-WA12-1.0F acts as a “translator” between these two systems, solving the critical problem of interface incompatibility between millimeter-wave devices and test instruments, and supporting smooth development of your E‑band projects.
Core Advantages
- Precise frequency coverage: supports the 60–90 GHz E‑band, matching mainstream millimeter-wave applications
- Low-loss transmission: minimal signal loss, high transmission efficiency and guaranteed link integrity
- High matching performance: excellent VSWR characteristics, reduced signal reflection and stable equipment operation
- Standard universal interface: WR-12 waveguide (UG-387/U flange) + 1.0mm female coaxial connector, compatible with mainstream instruments and equipment
- Stable and reliable: precision machining, consistent electrical performance, suitable for both laboratory and industrial environments
Application Scenarios
- Millimeter-wave communication: 5G/6G fronthaul and backhaul, satellite communication ground stations
- Radar and testing: E‑band radar testing, target simulation, spectrum analysis
- Research and industry: millimeter-wave imaging, security inspection equipment, precision laboratory measurement
In summary, the YX-WA12-1.0F is a high-efficiency converter for E‑band high-frequency signals. With low loss, high matching performance and standard interfaces, it serves as a key matching component in millimeter-wave systems and test links.
