Customized power dividers and combiners, designed and manufactured in the United States
RADITEK Newsletter December 4, 2016
RADITEKoffers customized power dividers and combiners, designed and manufactured in the United States. Parts sourced from as many USA-based suppliers as possible.
Designed and built to order, typically within 6 weeks, entirely custom to the needs of your application.
Wilkinson, Resistive, Reactive and Ferrite-based designs.
Available in up to 32-way configurations.
High-isolation (25 to 30 dB minimum) available.
Wilkinson dividers from 300 MHz to 18 GHz. Power levels to 300 watts in splitter configuration.
Wilkinson combiners above 1W power handling require particular design considerations and can be made as a custom solution.
Resistive dividers from DC to 18 GHz. Advantages: bandwidth extends down to DC.Disadvantage: split loss is double that of Wilkinson.
Ferrite technology splitters capable of operating from under 1-MHz with the same theoretical split loss and high isolation as Wilkinson types.
Upper frequency limit is 500 MHz typically. Some designs can extend to 1 GHz.
We can also provide directional couplers from 5 to 40 dB, power levels to 250 watts, frequency from 1 MHz to 18 GHz.
Click for Datasheet
2-Way Power Divider, 2-18GHz
Wide-band splitter covering 2 to 18 GHz in a continuous bandwidth. Insertion loss at 18-GHz is under 1.0 dB and typical amplitude and phase balance at 18-GHz is 0.2 dB and 2 degrees, respectively. While the isolation is specified at 16 dB minimum, production units have performed better than 20 dB across the band. For use in 50-ohm systems.
Wide-band splitter covering 2 to 18 GHz in a continuous bandwidth. Insertion loss at 18-GHz is typically 1.0 dB and typical amplitude and phase balance at 18-GHz is 0.5 dB and 5 degrees, respectively. While the isolation is specified at 16 dB minimum, production units have performed better than 20 dB across most of the band. For use in 50-ohm systems.
Wide-band splitter covering 2 to 18 GHz in a continuous bandwidth. Insertion loss at 18-GHz is typically 2.5 dB and typical amplitude and phase balance at 18-GHz is 0.5 dB and 10 degrees, respectively. While the isolation is specified at 15 dB minimum, production units have performed better than 18 dB across most of the band. For use in 50-ohm systems.
