R577332005

RF Switches Overview

The Radiall R577332005 is a DPDT coaxial switch from the Ramses series, designed for high-frequency applications up to 3GHz. It features an SMA connector interface and utilizes latching technology powered by 12Vdc with TTL diodes. The unit includes a D-sub connector with a bracket for mounting. This component is classified as a non-illuminated coaxial switch manufactured by Radiall.

RF Switches Feature Summary

• DPDT switching configuration within the Ramses series
• SMA connector interface for RF signal routing
• Latching operation controlled by 12Vdc TTL diodes
• Integrated D-sub connector with mounting bracket

RF Switches Applications

• RF signal distribution systems
• Test and measurement equipment
• Telecommunications infrastructure

RF Switches Procurement Notes

Verify availability directly with the manufacturer or authorized distributors, as current stock status may be limited or unavailable in certain regions. Confirm the specific ordering suffix matches the required connector type and voltage specifications. Ensure compatibility with existing system interfaces before procurement.

RF Switches Selection Notes

Select this model when a DPDT latching coaxial switch is required for frequencies up to 3GHz. The 12Vdc TTL control interface suits digital logic systems. Verify that the SMA interface and D-sub bracket form factor align with the physical constraints of the target application environment.

RF Switches Part Context

This component belongs to the Ramses series of coaxial switches produced by Radiall. The series offers various configurations for RF applications. The R577332005 specifically denotes the DPDT variant with SMA connectors and latching functionality, distinguishing it from other series members with different pole counts or connector types.

RF Switches Replacement Considerations

Consult official Radiall documentation for direct substitutes. Verify that any replacement maintains the DPDT configuration, 3GHz frequency limit, SMA interface, and 12Vdc latching control requirements to ensure functional equivalence.