XC6806B40511-G

Battery Chargers Overview

The XC6806B40511-G is a single-cell lithium-ion or lithium-polymer battery linear charger IC manufactured by Torex Semiconductor. It operates within an input voltage range of 230 volts and supports a maximum current of 12.0 amps. The device features a 10-XFLGA package, specifically the 10-LGA-B01 (2.5x1.6) configuration, designed for surface mount installation. It functions across a temperature range of -40°C to +85°C.

Battery Chargers Feature Summary

• Supports high-voltage input operation up to 230 volts
• Capable of delivering high charging currents up to 12.0 amps
• Integrates shutdown and current path functionality

Battery Chargers Applications

• High-power single-cell lithium-ion battery charging systems
• Lithium-polymer battery management in industrial equipment
• Applications requiring integrated current path management

Battery Chargers Procurement Notes

Verify the specific input voltage and current ratings against the official datasheet, as standard variants typically operate at lower voltages. Confirm the package dimensions match the 10-LGA-B01 specification. Ensure compliance with RoHS standards and check for end-of-life notifications prior to procurement.

Battery Chargers Selection Notes

Select this component only if the application requires a 230V input interface and high-current capability. Verify that the thermal dissipation requirements are met given the 12.0A output. Compare against standard low-voltage XC6806 variants to ensure the high-voltage feature is necessary for the design.

Battery Chargers Part Context

This part belongs to the XC6806 series from Torex Semiconductor, which focuses on battery charge management. Unlike typical low-voltage USB chargers, this specific suffix indicates a variant designed for higher voltage inputs, distinguishing it from standard consumer electronics power management ICs.

Battery Chargers Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing PCB footprints and thermal designs before considering alternative components.