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D3C2030-3 is listed in the RF Circulators And Isolators range at ChipApex. The manufacturer field lists DiTom Microwave. Its product description is 20.00 - 30.00 GHZ CIRCULATOR. Review the specifications below when checking this part for your BOM.
The D3C2030-3 is a three-port RF circulator manufactured by DiTom Microwave, operating within the 20.00 to 30.00 GHz frequency range. It features Type-K female connectors on all ports and utilizes a single junction design. The component supports an average forward power of 5 W with a peak power capacity of 30 W. Key electrical specifications include an insertion loss of 0.7 dB, an isolation rating of 16 dB, and a VSWR of 1.4. The physical dimensions are 0.5 in x 0.5 in x 0.7 in, with an operational temperature range from -20 C to +65 C.
Verify connector configuration compatibility before ordering, as suffixes denote specific port arrangements. Confirm RoHS compliance status through official documentation. Check current availability as distribution may vary by region. Ensure environmental ratings meet system requirements for the specified temperature range. Validate datasheet revisions for accurate electrical parameters.
Select this model when a 20-30 GHz circulator with Type-K female interfaces is required. Consider the 5 W average power limit for thermal management. Evaluate the 16 dB isolation level against system noise floor requirements. Compare physical dimensions against available board space. Assess VSWR performance for impedance matching needs in the specific application band.
This component belongs to the D3C2030 series of RF circulators from DiTom Microwave. The series offers various connector configurations to suit different assembly needs while maintaining consistent core electrical performance across the Ku-band. It is designed for compact integration into modern microwave subsystems requiring reliable directional signal control.
Direct substitutes within the same series include D3C2030-2 and D3C2030-7, which share identical frequency ranges and core specifications but differ in connector gender combinations. Verify mechanical footprint and pinout definitions when cross-referencing these variants to ensure seamless integration without redesigning the host circuitry.
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