BQ24715RGRT

Battery Chargers Overview

The BQ24715RGRT is a battery charge controller from Texas Instruments designed for 2-3 cell Lithium-ion and Lithium Polymer battery packs. It operates within a supply voltage range of 6 V to 24 V and delivers an adjustable output current up to 10 A. The device is housed in a VQFN-20 surface-mount package and supports SMBus communication for configuration and monitoring.

Battery Chargers Feature Summary

• Supports charging for 2-3 series connected Lithium-ion and Lithium Polymer batteries
• Integrates SMBus interface for system control and data monitoring
• Features adjustable output current capability for flexible power management

Battery Chargers Applications

• Portable computing devices requiring multi-cell battery management
• Industrial equipment utilizing 2-3 cell Li-ion or Li-Po power sources
• Consumer electronics with SMBus-enabled battery systems

Battery Chargers Procurement Notes

Verify the specific suffix 'RGRT' corresponds to the Reel packaging format when ordering. Confirm that the target application environment meets the specified operating voltage and temperature ranges. Ensure compatibility with the host system's SMBus protocol implementation before integration.

Battery Chargers Selection Notes

Select this component for applications requiring integrated control for 2-3 series lithium battery packs. It is suitable where SMBus communication is necessary for system-level monitoring. Consider the VQFN-20 package constraints for PCB layout and thermal design during the selection phase.

Battery Chargers Part Context

This part belongs to the BQ24715 family of battery charge controllers manufactured by Texas Instruments. It is categorized under Battery Management within the Power Management ICs subcategory. The device is specifically engineered for managing multi-cell lithium-based battery architectures in portable and industrial systems.

Battery Chargers Replacement Considerations

Consult official documentation for verified substitute part numbers. Do not assume functional equivalence with other models without verifying pinout, electrical parameters, and communication protocols.