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The XDPE14286AXUMA1 is a switching voltage regulator controller from Infineon Technologies, belonging to the PRIMARION family. It functions as a DC-DC controller IC designed for power management applications. The component is housed in a PG-VQFN-5 package and is classified under PMIC - DC DC Switching Controllers. It supports RoHS compliance standards. The device is currently marked as Not Recommended for New Designs (NRND). Factory packaging quantity is listed as 4000 units per reel.
Verify current availability status carefully, as this component is designated as Not Recommended for New Designs (NRND). Confirm that existing inventory levels meet project requirements before committing to procurement. Check with authorized distributors for remaining stock quantities and lead times associated with the final production run. Ensure compatibility with existing board layouts due to the specific PG-VQFN-5 package dimensions.
Select this controller only if utilizing an established design based on the PRIMARION family architecture. Evaluate whether newer Infineon alternatives offer improved performance or longer lifecycle support for new projects. Consider the NRND status when planning long-term product sustainability. Verify electrical parameters against specific load requirements and ensure the PG-VQFN-5 footprint matches the target PCB design constraints.
This part belongs to Infineon's PRIMARION portfolio of power management integrated circuits. These controllers are engineered to simplify the design of high-efficiency switching power supplies. The XDPE14286 variant specifically addresses certain DC-DC regulation needs within this broader ecosystem, providing a specialized solution for manufacturers integrating multiple power stages.
Consult official Infineon documentation for direct pin-compatible substitutes or functional equivalents within the PRIMARION series. Cross-reference with newer generation controllers that may offer extended lifecycle availability. Verify parameter alignment before substituting to maintain system stability.