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The WPR1500-HVMPP is a high-voltage wireless charging receiver reference platform designed for energy-efficient laptop adapter solutions. It features a BUCK-BOOST architecture utilizing the MWPR1516 receiver controller IC. The system delivers up to 15W output power and supports USB-PD protocols with an integrated controller and dual FET drivers. It provides a 25V output capability, ensuring compatibility with high-power device requirements while maintaining advanced thermal protection mechanisms.
Verify that the specific part number corresponds to the reference platform rather than a standalone component. Confirm compatibility with the MWPR1516 controller IC as specified in official documentation. Ensure the application design aligns with the EPP Wireless Power Consortium Qi Version 1.2.4 specification if targeting certified compliance. Review the Application User's Guide for proper implementation details.
Select this platform when designing high-voltage wireless charging systems requiring integrated control and driver capabilities. It is suitable for applications needing USB-PD integration and robust thermal management. Consider the BUCK-BOOST architecture for flexible voltage regulation. Ensure the design environment supports the specific reference board layout and component placement guidelines provided by NXP Semiconductors.
This model represents a reference platform within NXP's high-voltage wireless power receiver family. It builds upon the WPR1500-HV series, focusing on high-voltage output capabilities and integrated power management features. The platform leverages the MWPR1516 controller to deliver standardized wireless power reception, specifically tailored for demanding applications like laptop adapters.
The WPR1500-HV is a related receiver reference board within the same product family. Verify functional equivalence regarding the MWPR1516 controller and output specifications before substitution. Ensure that any replacement maintains compliance with the WPC Qi Version 1.2.4 specification and supports the required 15W EPP output performance.