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R573833415 is listed in the RF Switches range at ChipApex. The manufacturer field lists Radiall USA, Inc.. Its product description is IC RF SWITCH SP4T 40GHZ. Review the specifications below when checking this part for your BOM.
The R573833415 is a single-pole quadruple-throw (SP4T) RF switch integrated circuit manufactured by Radiall USA, Inc. It belongs to the RAMSES series and supports a frequency range from 0 Hz to 40 GHz. The device features a latching mechanism for state retention without continuous power consumption. It operates with a 50 Ohm impedance and is designed for general-purpose RF applications requiring high-frequency switching capabilities.
Verify the specific package type and pinout configuration against the official Radiall datasheet before integration. Confirm that the latching control logic matches your system design requirements. Ensure thermal management strategies are adequate for the operating environment. Check for RoHS compliance status if required by your manufacturing standards. Validate the 40 GHz performance specifications against your application's frequency needs.
Select this component when an SP4T topology is required at frequencies up to 40 GHz. The latching feature makes it suitable for applications where power conservation during static states is critical. Compare insertion loss and isolation specifications in the datasheet against system budget requirements. Consider the physical footprint and mounting style relative to the PCB layout constraints.
This part is part of the RAMSES family of RF switches from Radiall. These devices are engineered for demanding environments requiring reliable high-frequency performance. The R573833415 specifically addresses the need for multi-port switching in compact integrated formats. It complements other SPDT and SP4T variants within the manufacturer's portfolio.
Consult the official Radiall cross-reference documentation for verified substitutes. Ensure any alternative maintains the 40 GHz frequency limit and SP4T configuration. Verify compatibility with existing latching control voltages and interface protocols.
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