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R573002015 is listed in the RF Switches range at ChipApex. The manufacturer field lists Radiall USA, Inc.. Its product description is SP10T RAMSES N 3GHZ NORMALLY OPE. Review the specifications below when checking this part for your BOM.
The Radiall R573002015 is a high-frequency RF relay from the Ramses N series, configured as an SP10T switch. It operates with a 12Vdc coil and features a normally open contact arrangement with positive common polarity. The component supports frequencies up to 3GHz and utilizes a D-sub connector for interface. Key electrical specifications include a maximum insertion loss of 0.3dB at 3GHz and a minimum isolation of 80dB. The system impedance is 50 Ohms.
Verify current availability status directly with the manufacturer or authorized distributors, as supply chain conditions may vary. Confirm that the specific Ramses N series variant matches the required frequency and connector specifications for the intended application. Ensure compliance with relevant environmental and trade regulations applicable to the region of import.
Select this component when a single-pole multi-throw switching solution is required for signals within the 3GHz range. The 50 Ohm impedance rating ensures compatibility with standard RF transmission lines. Consider the D-sub connector form factor for panel mounting requirements and verify that the 12Vdc control voltage aligns with the system's power architecture.
This part belongs to the Ramses N series of high-frequency relays manufactured by Radiall USA, Inc. The series is designed for demanding RF applications requiring reliable switching performance. The R573002015 specifically denotes the SP10T configuration within this product line, distinguishing it from other pole counts or connector types available in the broader Ramses family.
Consult official Radiall documentation for confirmed substitute part numbers. Verify that any alternative maintains identical SP10T topology, 3GHz frequency limit, and D-sub connector interface to ensure functional equivalence without redesigning the host circuitry.
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