Coaxial Broadband Phase Shifter DC-60 GHz
bq-microwave offers a high-performance coaxial broadband Phase Shifter engineered for demanding applications spanning from DC to 60 GHz. This component delivers precise phase control across an ultra-wide frequency range, making it suitable for advanced RF systems requiring accurate timing and signal manipulation at microwave and millimeter-wave frequencies.
Technical Specifications
- Frequency Range: DC to 60 GHz continuous coverage
- Phase Shift Range: 140 picoseconds maximum delay
- RF Connector Type: 1.85mm female coaxial connectors
- Application Band: V-Band and sub-mmWave frequency domain
- Configuration: Coaxial transmission line design for minimal discontinuities
The device maintains consistent electrical performance across its entire bandwidth, supporting both low-frequency and high-frequency operations without requiring external switching or frequency-dependent tuning. The 1.85mm connector standard ensures compatibility with industry-standard test equipment and subsystem integration.
Applications
- 5G and 6G Infrastructure: Beam steering and phased array antenna systems requiring phase coherence
- Defense and SATCOM: Military communications, electronic warfare, and satellite payload systems
- Measurement Systems: Precision RF/mmWave test equipment and network analyzers
- Automotive Radar: V-Band automotive applications with adaptive signal processing
- Research and Development: Laboratory characterization of broadband RF components and subsystems
The broadband design of this Phase Shifter eliminates the need for multiple frequency-specific components, reducing system complexity and cost in multi-band applications. The 140 picosecond shift capability enables fine-grain timing adjustments critical for array calibration, signal synchronization, and phase-coherent detection schemes.
For technical specifications, performance data, or integration support regarding this DC-60 GHz coaxial broadband Phase Shifter, contact bq-microwave directly at info@bq-microwave.de or visit the contact page to submit detailed inquiries.