XCM414B020D2-G

Overview

The XCM414B020D2-G is a voltage regulator with an integrated bridge diode designed for wireless power receivers. Manufactured by Torex Semiconductor, this component belongs to the XCM414 series, which provides regulated output for rectified AC signals in wireless charging applications. The device integrates power management functions to ensure stable operation within wireless power transfer systems.

Feature Summary

• Integrates a voltage regulator and bridge diode for compact wireless receiver designs
• Optimized for use in wireless power receiving modules
• Provides regulated output suitable for downstream circuitry

Applications

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

Procurement Notes

Verify the specific suffix D2-G against the official Torex Semiconductor datasheet to confirm pinout and electrical characteristics. Ensure compatibility with the intended wireless power standard. Check for updated revisions or alternative packages if supply constraints exist. Confirm that the integrated bridge diode ratings match the system requirements.

Selection Notes

Select this component when a combined regulation and rectification solution is required for wireless power reception. It simplifies board space by integrating the bridge diode. Compare input voltage ranges and load current capabilities against other XCM414 variants to ensure the specific model meets the application's power budget and efficiency targets.

Part Context

This part is part of the XCM414 family from Torex Semiconductor, specialized for wireless power applications. Similar models include XCM414B027D2-G and XCM414B039D2-G, which likely differ in internal resistance or specific tuning parameters for different power levels. The series focuses on high integration for consumer electronics and industrial wireless charging.

Replacement Considerations

Direct substitutes may include other XCM414 series variants such as XCM414B027D2-G or XCM414B039D2-G, depending on specific electrical parameter requirements. Verify pin compatibility and thermal performance before substitution.