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D3C4012-6 is listed in the RF Circulators And Isolators range at ChipApex. The manufacturer field lists DiTom Microwave. Its product description is 4.00 - 12.00 GHZ CIRCULATOR. Review the specifications below when checking this part for your BOM.
The DiTom Microwave D3C4012-6 is a single-junction coaxial circulator designed for operation within the 4 GHz to 12 GHz frequency range. It features SMA connectors with a Male-Male-Female configuration and utilizes passivated stainless steel housing with gold-plated contacts. The component supports an average forward power of 20 W, maintaining an insertion loss of 1 dB, isolation of 14 dB, and a VSWR of 1.5:1. Operating temperatures range from +10°C to +60°C, with physical dimensions of 1 inch by 0.5 inch by 1 inch.
Verify specific connector orientation requirements against system schematics, as this model employs a distinct Male-Male-Female configuration compared to standard variants. Confirm thermal management capabilities align with the specified operating temperature range of +10°C to +60°C during integration. Ensure mechanical mounting fits the designated 1-inch footprint constraints within the final assembly enclosure.
Select this component when a wide bandwidth covering 4 to 12 GHz is required alongside moderate power handling of 20 W. The single-junction architecture offers a compact solution suitable for space-constrained applications. Consider the specific SMA gender arrangement for cable compatibility and verify that the 14 dB isolation meets system noise floor requirements.
This part belongs to the DiTom D3C/DMC series of RF circulators, which are engineered for high-performance microwave applications. The series emphasizes robust construction using passivated stainless steel and reliable magnetic materials. These components serve as critical elements in systems demanding precise signal directionality and low insertion loss across broad frequency bands.
D3C4012
The D3C4012-6 features a Male-Male-Female SMA connector configuration.
Yes, the manufacturer identifies these circulators as ideal for quantum computing systems due to their single-junction design and magnetic shunt characteristics.
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