RAA228929GNP#HA0

Specialized ICS Overview

The RAA228929GNP#HA0 is a digital power controller from Renesas Electronics Corporation, categorized under specialized ICs. It functions as a CFP (Common Footprint) controller supporting a combined X and Y phase count of 12 phases. The component is supplied in a Tape & Reel (TR) package format. Specific electrical parameters, operating temperature ranges, and detailed pinout configurations are not provided in the available source documentation.

Specialized ICS Feature Summary

• Digital control architecture for multi-phase DC/DC conversion
• Supports a total configuration of 12 phases (X + Y = 12PH)
• Utilizes Common Footprint (CFP) design for board compatibility

Specialized ICS Applications

• High-performance computing power delivery systems
• Server and data center voltage regulation modules
• Industrial equipment requiring multi-phase power distribution

Specialized ICS Procurement Notes

Verify the specific package dimensions and moisture sensitivity level prior to procurement, as these details are absent from the current product description. Confirm that the Tape & Reel packaging aligns with automated assembly requirements. Ensure the 12-phase capability matches the target application's current demands.

Specialized ICS Selection Notes

Select this component when a digital solution for a 12-phase power stage is required. The CFP designation suggests compatibility with existing footprints from previous generations or similar controllers. Verify input voltage ranges and communication interfaces against the system design specifications, as these are not listed in the summary data.

Specialized ICS Part Context

This part belongs to the Renesas specialized ICs portfolio, specifically within the digital power management segment. It serves as a controller rather than an integrated converter, requiring external power switches. The GNP suffix typically denotes a specific package variant, though exact dimensions are not detailed here.

Specialized ICS Replacement Considerations

Direct replacement verification requires comparing the pinout and control logic with existing designs. Since specific electrical characteristics are missing, consult the official datasheet to ensure functional equivalence with legacy parts or alternative multi-phase controllers.