Waveguide Switches up to 260 GHz for Advanced RF Applications
bq-microwave expands its RF and mmWave component portfolio with high-performance waveguide switches designed to operate across frequency ranges extending to 260 GHz. These switching solutions address critical requirements in satellite communications, defense systems, and next-generation wireless infrastructure where reliable signal routing is essential.
Engineered for demanding applications, these waveguide switches deliver superior isolation characteristics and rapid switching performance across the WR22 through WR4 waveguide standards.
Technical Specifications
- Frequency range: DC to 260 GHz coverage
- Waveguide compatibility: WR22, WR19, WR15, WR12, WR10, and higher-frequency waveguide configurations
- Available topologies: SPDT (Single Pole Double Throw) and SP4T (Single Pole Four Throw) designs
- Isolation: High isolation performance across entire operational bandwidth
- Insertion loss: Low insertion loss characteristics for minimal signal degradation
- VSWR: Optimized VSWR for improved return loss performance
- Customization: Customizable configurations available upon request
Applications and Use Cases
- SATCOM Systems: Reliable signal path selection for satellite uplink and downlink operations
- Defense and Military: Secure radar and communications switching in electronic warfare environments
- 5G/6G Infrastructure: Beamforming and antenna switching for advanced wireless networks
- Test and Measurement: Laboratory-grade switching for RF and mmWave characterization
- Microwave Point-to-Point Links: Mission-critical signal routing and redundancy switching
- Radiometer Systems: Multi-channel frequency selection and calibration switching
Availability and Support
Whether engineers require standard SPDT configurations or specialized SP4T arrangements, bq-microwave supports custom development programs tailored to specific system requirements. For comprehensive technical documentation, detailed performance curves, and quotation requests, contact our application engineering staff.