R573893625

RF Switches Overview

The R573893625 is an SP6T coaxial switch from the Ramses series by Radiall USA, Inc. It features SMA2.9 connectors and operates up to 40 GHz. The device utilizes a latching mechanism for state retention. It is designed with a positive common configuration and supports normally open operation. The component is engineered for high-frequency signal routing in demanding RF environments.

RF Switches Feature Summary

• SP6T switching topology for multi-path signal distribution
• SMA2.9 connector interface supporting frequencies up to 40 GHz
• Latching mechanism ensures stable state maintenance without continuous power

RF Switches Applications

• High-frequency test and measurement instrumentation
• Aerospace and defense radar systems
• Telecommunications base station infrastructure

RF Switches Procurement Notes

Verify current availability status directly with the manufacturer or authorized distributors, as supply chain conditions may vary. Confirm that the specific Ramses series variant matches the required frequency range and connector type for the intended application before finalizing procurement orders.

RF Switches Selection Notes

Select this component when a six-throw switching solution is required within the 40 GHz spectrum. Ensure the system design accommodates the SMA2.9 interface specifications and the physical dimensions associated with the Ramses series packaging. Verify voltage requirements for the latching mechanism during circuit design.

RF Switches Part Context

This part belongs to the Ramses series of multithrow coaxial switches manufactured by Radiall. The series offers extensive configuration options for high-performance RF applications. The R573893625 specifically addresses needs for high-frequency switching with reliable latching capabilities in compact form factors.

RF Switches Replacement Considerations

Consult official Radiall documentation for direct substitutes within the R573/R574 series. Cross-reference connector types and frequency limits to ensure compatibility. No third-party equivalents are confirmed in public sources.