P9025A-3DAWGI

Overview

The P9025A-3DAWGI is an integrated single-chip wireless power receiver solution manufactured by Renesas Electronics. It features a built-in full-bridge synchronous rectifier designed to efficiently convert received AC signals into stable DC output for charging applications. The component operates as a standalone receiver unit, eliminating the need for external rectification circuitry and simplifying system design for compliant wireless power transfer implementations.

Feature Summary

• Integrated single-chip receiver architecture
• Built-in full-bridge synchronous rectifier
• Standalone wireless power reception capability

Applications

• Wireless charging base stations
• Portable electronic device power receivers
• IoT device energy harvesting modules

Procurement Notes

Verify current lifecycle status as the part may be obsolete. Confirm package availability and lead times with authorized distributors. Ensure compatibility with existing transmitter standards before procurement. Check for alternative replacement components if supply is limited.

Selection Notes

Select this component for designs requiring a compact, integrated wireless power receiver. It suits applications needing simplified bill of materials due to the integrated rectifier. Evaluate thermal performance and input voltage ranges against specific system requirements.

Part Context

This part belongs to Renesas' wireless power management portfolio, specifically targeting receiver-side solutions. It complements transmitter controllers in complete wireless charging ecosystems. The product line focuses on efficiency and miniaturization for consumer electronics.

Replacement Considerations

Check for updated Renesas receiver ICs with similar pinouts or enhanced efficiency ratings. Verify functional equivalence with third-party alternatives if the original part is discontinued.

FAQ

Does the P9025A-3DAWGI include a transmitter controller?

No, it is strictly a receiver solution with an integrated synchronous rectifier.

What type of rectification does the device use?

It utilizes a full-bridge synchronous rectifier topology.