XCM414B079D2-G

Overview

The XCM414B079D2-G is a voltage regulator with an integrated bridge diode designed for wireless power receivers. Manufactured by Torex Semiconductor, this component facilitates efficient power management in wireless charging applications. It is supplied in a Reel packaging format, with a standard factory pack quantity of 5000 units per reel.

Feature Summary

• Integrates a voltage regulator and bridge diode for compact receiver design
• Optimized for wireless power reception systems

Applications

• Wireless power receiver circuits
• Inductive charging modules
• Resonant wireless energy transfer systems

Procurement Notes

Verify the specific datasheet version for the XCM414B079D2-G to confirm electrical characteristics and pinout compatibility. Ensure that the Reel packaging specifications align with automated assembly requirements. Cross-reference the manufacturer part number against official distributor catalogs to validate authenticity and current availability status before finalizing procurement orders.

Selection Notes

Select this component when designing wireless power receivers requiring an integrated solution for rectification and regulation. The combination of the bridge diode and regulator reduces component count and board space. Verify input voltage ranges and load requirements against the official datasheet specifications to ensure proper operation within the intended wireless power transfer system architecture.

Part Context

This part belongs to the XCM414 series from Torex Semiconductor, which specializes in voltage regulators with bridge diodes for wireless power applications. The series offers various output voltage options, distinguished by suffix codes in the part number. The XCM414B079D2-G represents a specific configuration within this family, tailored for particular receiver voltage requirements.

Replacement Considerations

Other variants within the XCM414B series may serve as substitutes if different output voltages are required. Verify pin compatibility and functional equivalence with other XCM414 models before substitution.