D3C6012-4

RF Circulators And Isolators Overview

The DiTom Microwave D3C6012-4 is a coaxial circulator operating within the 6.00 to 12.40 GHz frequency range. It features SMA-Female connectors and supports an average forward power of 10 W. Key electrical specifications include an insertion loss of 0.5 dB, isolation of 17 dB, and a VSWR of 1.35. The device utilizes a single junction design housed in a module package with SMA connectors.

RF Circulators And Isolators Feature Summary

• Provides non-reciprocal signal routing for RF systems
• Utilizes single junction construction for compact integration
• Features SMA female interface connectors

RF Circulators And Isolators Applications

• RF signal routing in communication systems
• Transmitter-receiver isolation in radar applications
• Test and measurement instrumentation setups

RF Circulators And Isolators Procurement Notes

Verify the specific connector configuration and power rating against system requirements before ordering. Confirm RoHS compliance status and lead times directly with authorized distributors. Ensure environmental conditions match the specified operational temperature range during installation.

RF Circulators And Isolators Selection Notes

Select this component when a 6 to 12.4 GHz circulator with SMA interfaces is required. Consider the 10 W power handling and 17 dB isolation limits for system compatibility. Compare insertion loss and VSWR metrics against other models in the D3C series for optimal performance matching.

RF Circulators And Isolators Part Context

This model belongs to the DiTom Microwave D3C6012 series of coaxial circulators. The series covers the 6 to 12.4 GHz band with variations in connector types and power ratings. The D3C6012-4 specifically denotes the variant with SMA female connectors and defined electrical performance parameters.

RF Circulators And Isolators Replacement Considerations

Direct substitutes within the same family include D3C6012-3 and D3C6012-7. Verify connector gender and pin configurations as these variants differ. Electrical performance may vary slightly between sub-models requiring circuit re-evaluation.