XCM414B046D2-G

Overview

The XCM414B046D2-G is a voltage regulator with an integrated bridge diode designed for wireless power receivers. It operates within an input voltage range of 2V to 26V and provides a fixed output voltage of 4.6V. The device features a single positive output configuration and utilizes a USP-8B10 (8-PowerXDFN) surface-mount package. It supports operation across a temperature range of -40°C to 85°C.

Feature Summary

• Integrates a bridge diode specifically for wireless power receiver applications
• Provides fixed voltage regulation from a wide input range
• Utilizes compact surface-mount packaging

Applications

• Wireless power receiver circuits
• Inductive charging systems
• Portable electronic device power management

Procurement Notes

Verify the specific part number against official Torex Semiconductor documentation to confirm the integrated bridge diode functionality intended for wireless power reception. Ensure compatibility with the required 4.6V output specification and USP-8B10 package dimensions during integration. Cross-reference datasheet electrical characteristics for input voltage limits and thermal performance requirements.

Selection Notes

Select this component when designing wireless power receiving stages requiring a dedicated rectification and regulation solution in a small footprint. Consider the fixed 4.6V output constraint and the 2V to 26V input window. Evaluate the USP-8B10 package suitability for the target PCB layout and thermal dissipation needs relative to the application's current demands.

Part Context

This model belongs to the XCM414 series by Torex Semiconductor, which focuses on power management ICs for analog CMOS applications. The series includes variants with different fixed output voltages tailored for specific wireless power receiver architectures, sharing common operational principles and packaging standards.

Replacement Considerations

Other XCM414 series variants offer different fixed output voltages such as 3.3V, 4.9V, or 6.6V. Verify if alternative output levels meet system requirements before substituting.