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The XCM414B118D2-G is a specialized voltage regulator IC manufactured by Torex Semiconductor Ltd, designed specifically for wireless power receiver applications. This component integrates a bridge diode to facilitate efficient rectification and regulation of received power signals. It operates as a single-output converter tailored for the unique demands of wireless charging systems. The device is supplied in a USP-8B10 package format, ensuring compact integration into space-constrained electronic designs. Its primary function involves stabilizing output voltage from wireless induction coils.
Verify the exact datasheet version corresponding to the XCM414B118D2-G suffix to confirm electrical characteristics and pinout compatibility. Ensure the USP-8B10 package dimensions align with your PCB footprint requirements. Cross-reference the manufacturer's official documentation for any specific handling or storage conditions required for this semiconductor component before integration.
Select this component when designing wireless power receivers that require integrated rectification and regulation in a minimal footprint. The USP-8B10 package suits applications with strict space limitations. Consider the specific input voltage range and load requirements of your wireless charging design to ensure compatibility with this single-output regulator architecture provided by Torex Semiconductor.
This part belongs to the XCM414 series of voltage regulators from Torex Semiconductor, which are engineered for wireless power applications. The series includes various models differentiated by internal parameters, all sharing the common goal of simplifying receiver design by combining regulation and rectification functions. The XCM414B118D2-G represents a specific variant within this family, utilizing the USP-8B10 package for compact implementation in modern wireless charging devices.
Consult the official Torex Semiconductor datasheet for confirmed substitute part numbers within the XCM414 series. Verify functional equivalence regarding the integrated bridge diode and output regulation capabilities before substituting.