Electromechanical RF Switches and Relays up to 50 GHz
Electromechanical RF switches and relays provide reliable signal routing for broadband microwave applications requiring multiple frequency bands. These components deliver cost-effective alternatives to solid-state switching architectures while maintaining excellent electrical performance across demanding operational environments. Coverage extends into the millimeter-wave domain, reaching 50 GHz for next-generation communication systems.
Technical Specifications
- Frequency range: DC to 50 GHz
- Switch configurations: SPST (Single Pole Single Throw) and SP18T (Single Pole 18 Throw) topologies
- Connector options: SMA, 2.92mm, 2.4mm, N-type, SC, 7/16 DIN, 4.3/10, and TNC interfaces
- Architecture: Electromechanical relay-based design for high reliability and repeatability
- Power handling: Optimized for high-power signal routing applications
- Switching performance: Fast mechanical actuation with low insertion loss and return loss characteristics
Applications
- 5G/6G Infrastructure: Base station antenna switching and signal distribution networks
- SATCOM Systems: Satellite uplink/downlink path selection and redundancy management
- Defense Electronics: Radar and electronic warfare equipment requiring programmable RF routing
- Test & Measurement: Automated measurement systems for component characterization up to mmWave frequencies
- Research & Development: Laboratory equipment and prototype testing applications
The electromechanical switch portfolio addresses the need for cost-competitive, mechanically robust switching solutions where solid-state alternatives may introduce unacceptable insertion loss or require complex thermal management. The availability of multiple connector standards—from legacy N-type and 7/16 DIN configurations to modern SMA and 2.92mm interfaces—ensures seamless integration into existing system architectures and retrofit applications.
bq-microwave offers these RF relays with rapid lead times and competitive pricing, enabling system integrators to accelerate product development cycles while maintaining stringent performance requirements. For detailed specifications and application-specific configuration guidance, please visit our contact page.