BQ2083DBTR-V132

Battery Chargers Texas Instruments BQ2083DBTR-V132 Overview

The Battery Chargers Texas Instruments BQ2083DBTR-V132 is an advanced battery charge management IC that ensures optimum performance for single-cell lithium-ion batteries. This smart battery subsystem manager is equipped with a System Management Bus (SMBus), allowing seamless integration into your battery management systems. With its precise gas gauging capability, the BQ2083DBTR-V132 provides accurate battery data including remaining capacity, state of charge, and battery health, making it an ideal choice for high-reliability applications needing detailed battery monitoring to enhance device runtime and longevity.

BQ2083DBTR-V132 Features

This IC integrates multiple features designed for comprehensive battery management:

• Accurate gas gauging based on patented algorithms
• Support for SMBus communications
• Designed for use with single-cell lithium-ion batteries
• Capability to track battery capacity and predict remaining battery life
• Enhanced safety features including over-charge and over-discharge protection
• Small form factor with TSSOP package for easy integration in portable devices

BQ2083DBTR-V132 Applications

• Laptop Computers: Integrates into the battery subsystem to provide real-time data on battery status and health, enhancing user experience by ensuring optimal charge management and extended battery life.
• Portable Medical Devices: Used in medical devices that require reliable battery management to maintain function and safety standards in critical health applications.
• Smartphones: Ensures longer battery life and improved reliability through precise charge control and health monitoring, vital for user dependence on mobile devices.
• Power Tools: Implements robust battery management to handle the high-power demands and fast charging requirements of modern portable power tools.
• Uninterruptible Power Supplies (UPS): Manages battery health and status to guarantee effective power backup solutions, crucial for emergency power systems.