XCM414B063D2-G

Overview

The XCM414B063D2-G is a specialized voltage regulator integrated circuit manufactured by Torex Semiconductor Ltd. Designed specifically for wireless power receiver applications, this component integrates a bridge diode to facilitate efficient power conversion and regulation. The device is supplied in a Reel packaging format, with a standard factory pack quantity of 5000 units per reel. It belongs to the Special Purpose product category within the manufacturer's portfolio.

Feature Summary

• Integrated bridge diode functionality for wireless power reception
• Specialized voltage regulation for receiver circuits

Applications

• Wireless power receiver systems

Procurement Notes

Verify the specific datasheet for the XCM414B063D2-G to confirm electrical characteristics and pinout compatibility before integration. Confirm that the Reel packaging aligns with automated assembly requirements. Ensure the 16-week standard lead time fits the production schedule. Cross-reference the customer reference code if applicable to your internal tracking system.

Selection Notes

Select this component when designing wireless power receivers requiring an integrated solution for rectification and regulation. The inclusion of the bridge diode simplifies the bill of materials by reducing external component count. Consider the Reel packaging for high-volume manufacturing processes. Verify input voltage ranges against the specific wireless charging standard being implemented.

Part Context

This part is part of Torex Semiconductor's lineup of special purpose voltage regulators tailored for modern power management needs. The XCM414 series focuses on integrating multiple functions to support compact designs in wireless energy transfer applications. It represents a consolidated approach to managing power reception in devices utilizing inductive or resonant coupling methods.

Replacement Considerations

Consult the official Torex Semiconductor documentation for direct cross-references. No alternative part numbers are explicitly confirmed in the provided source material.