R573433600

Overview

The R573433600 is a SP6T coaxial switch from the Ramses series by Radiall USA, Inc. It features SMA connectors and operates up to 18 GHz with 50 Ohm impedance. The device utilizes latching technology for state retention and includes integrated indicators. Control is managed via 12Vdc pins with TTL diode terminals. This component is designed for high-reliability RF signal routing in demanding environments.

Feature Summary

• SP6T configuration for multi-path signal routing
• Ramses series construction for robust performance
• Latching mechanism ensures stable state maintenance
• Integrated visual status indicators

Applications

• RF test and measurement equipment
• Telecommunications infrastructure
• Aerospace and defense systems
• Electronic warfare applications

Procurement Notes

Verify current availability directly with Radiall or authorized distributors as stock status may vary. Confirm specific ordering suffixes match required connector types and control voltages. Ensure compliance with relevant environmental regulations such as RoHS before finalizing procurement orders.

Selection Notes

Select this model when six distinct output paths are required within an 18 GHz bandwidth. The latching feature is essential for power-efficient applications requiring state retention without continuous power. Verify that the SMA interface and 12Vdc control logic align with existing system architectures.

Part Context

This part belongs to the Ramses family of coaxial switches, known for high reliability in harsh environments. It complements other Ramses variants like R573432300 (SP3T) and R573432420 (SP4T), offering expanded switching capabilities for complex RF distribution networks requiring multiple isolated channels.

Replacement Considerations

Direct substitutes include R573432420 for reduced path requirements or R573432300 for simpler configurations. Verify pinout compatibility and control voltage specifications when cross-referencing with other Ramses series models to ensure seamless integration.