Power Dividers and Combiners up to 67 GHz
The demand for efficient signal distribution across RF and microwave systems continues to grow as frequencies extend into the millimeter-wave spectrum. These power dividers and combiners reach up to 67 GHz, delivering broadband performance and configuration flexibility for telecommunications, defense, satellite communications, and research applications. The passive components enable reliable signal splitting and combining while maintaining low insertion loss, high port isolation, and precise phase balance.
Technical Specifications
- Frequency Range: DC to 67 GHz with resistive technology
- Configurations: 2-way through 64-way split/combine arrangements
- Power Handling: Up to 600W for high-power RF applications
- Rackmount Versions: Available up to 7250 MHz
- Connector Options: SMA, N, BNC, TNC, 2.92mm, 2.4mm, 1.85mm, 7/16 DIN, 4.3/10
- Performance: Low VSWR and minimal broadband signal degradation
- Customization: Custom impedance and configuration designs available
Applications
- 5G and 6G Networks: Multi-antenna feed networks and beam distribution systems
- Satellite Communications (SATCOM): Signal distribution in uplink and downlink infrastructure
- Radar Systems: Transmit/receive signal splitting with phase coherence requirements
- Test and Measurement: Laboratory instrumentation requiring broadband signal distribution
- Defense Applications: Electronic warfare and communication systems
The availability of both standard and custom configurations ensures that system designers can address specific impedance, frequency, and mechanical requirements. Whether integrating power dividers into compact portable equipment or large-scale infrastructure, the extended frequency coverage to 67 GHz positions these components as critical building blocks for next-generation RF architectures.
bq-microwave offers this comprehensive portfolio of power dividers and combiners as European distributor. For application-specific requirements and complete product documentation, please contact us.