R570332030

RF Switches Overview

The R570332030 is a SPDT coaxial switch from the Ramses series, manufactured by Radiall USA, Inc. It operates with an SMA interface and supports frequencies up to 3GHz. The device utilizes latching technology powered by 12Vdc diodes. Mechanical connections are provided via pins and terminals for PCB mounting.

RF Switches Feature Summary

• SPDT configuration within the Ramses series
• SMA connector interface supporting 3GHz operation
• Latching mechanism driven by 12Vdc diodes
• PCB mount design with pin and terminal connections

RF Switches Applications

• RF signal routing in communication systems
• Test and measurement equipment setups
• Aerospace and defense electronic assemblies

RF Switches Procurement Notes

Verify component availability status directly with the manufacturer or authorized distributors, as supply conditions may vary. Confirm that the specific Ramses series variant matches system requirements regarding voltage and interface standards before procurement. Ensure compliance with relevant trade regulations and export classifications applicable to the region of deployment.

RF Switches Selection Notes

Select this component when a single-pole double-throw switching function is required at frequencies up to 3GHz. The latching feature ensures state retention without continuous power, suitable for applications requiring stable RF paths. Verify compatibility with 12Vdc control signals and ensure the SMA interface aligns with existing board layout constraints.

RF Switches Part Context

This part belongs to the Ramses series of coaxial switches produced by Radiall USA, Inc. The series includes various configurations designed for high-frequency applications. The R570332030 specifically addresses needs for reliable SPDT switching with latching capabilities in compact form factors.

RF Switches Replacement Considerations

Consult official Radiall documentation for direct substitutes within the Ramses family. Verify equivalent electrical parameters such as frequency range and insertion loss if considering alternative models.