D3C0710N-4

RF Circulators And Isolators Overview

The D3C0710N-4 is a single-junction coaxial circulator manufactured by DiTom Microwave, designed for the 698 MHz to 1 GHz frequency range. It features Type-N female connectors and operates within a module package. The component supports an average forward power of 300 W with an insertion loss of 0.6 dB. Key electrical specifications include an isolation level of 16 dB and a Voltage Standing Wave Ratio (VSWR) of 1.4.

RF Circulators And Isolators Feature Summary

• Single-junction coaxial design for signal routing
• Integrated module packaging for system integration
• Type-N female connector configuration

RF Circulators And Isolators Applications

• RF signal routing in communication systems
• Transmitter output protection
• Receiver input isolation

RF Circulators And Isolators Procurement Notes

Verify the specific ordering suffix against official DiTom Microwave documentation to ensure compatibility with required interface standards. Confirm that the selected variant matches the intended frequency band and power handling requirements for the target application environment.

RF Circulators And Isolators Selection Notes

Select this component when a 698 MHz to 1 GHz operating range is required. Ensure the system design accommodates the specified 300 W average forward power limit. Verify that the Type-N female connector interface aligns with existing cable assemblies and system architecture constraints.

RF Circulators And Isolators Part Context

This model belongs to the D3C series of RF circulators produced by DiTom Microwave. These components are engineered for high-frequency applications requiring reliable signal directionality. The product line typically includes variants optimized for different frequency bands while maintaining consistent performance metrics.

RF Circulators And Isolators Replacement Considerations

Consult official manufacturer substitution lists for direct replacements. Generic equivalents may not match the specific 16 dB isolation or 0.6 dB insertion loss characteristics.