R577343045

RF Switches Overview

The Radiall R577343045 is a general-purpose DPDT coaxial switch operating from DC to 3 GHz. It utilizes Ramses technology with SMA connectors and features latching indicators powered by 28VDC positive common diodes. The component includes D-sub connector interfaces with brackets for secure mounting. Designed for robust RF signal routing, it supports applications requiring reliable switching performance within the specified frequency range.

RF Switches Feature Summary

• DPDT configuration with Ramses technology
• SMA connector interface
• Latching indicators with 28VDC positive common diodes
• D-sub connector with bracket

RF Switches Applications

• RF signal routing in test and measurement equipment
• Aerospace and defense communication systems
• Industrial control systems requiring high-frequency switching

RF Switches Procurement Notes

Verify availability directly with Radiall USA, Inc. or authorized distributors as stock status may vary. Confirm technical specifications against the latest datasheet before integration. Ensure compatibility with existing system voltage requirements and connector standards. Check for any specific environmental certifications required for your application.

RF Switches Selection Notes

Select this model for applications requiring DPDT switching up to 3 GHz. Consider the SMA connector type and D-sub bracket for mechanical integration. Verify that the 28VDC latching indicator requirement aligns with your power supply design. Evaluate thermal management needs based on expected duty cycles and ambient conditions.

RF Switches Part Context

This component belongs to Radiall's Ramses series of coaxial switches, designed for high-reliability RF applications. The series typically offers low insertion loss and high isolation. The R577343045 variant specifically integrates latching indicators and D-sub connectivity for enhanced operational feedback and mounting flexibility in complex assemblies.

RF Switches Replacement Considerations

Consult Radiall official documentation for verified substitute part numbers. Cross-reference technical parameters such as frequency range, connector type, and voltage requirements when evaluating alternatives. Ensure any replacement maintains compatibility with existing mechanical and electrical interfaces.