Manufacturer Part Number
BQ2002ESNTR
Manufacturer
Texas Instruments
Introduction
The BQ2002ESNTR is a versatile, integrated battery charger component from Texas Instruments, designed for a multi-chemistry battery environment.
Product Features and Performance
Supports multiple battery chemistries for a wide range of applications.
Offers constant and pulsed charging modes for efficient energy delivery.
Programmable voltage features enable customization for different battery requirements.
Product Advantages
Multi-chemistry compatibility increases the flexibility of the design process.
Programmable voltage settings allow for precise control over charging parameters, enhancing battery longevity.
Surface mount packaging facilitates easier integration into compact designs.
Key Technical Parameters
Battery Pack Voltage: 2V
Voltage Supply (Max): 6V
Operating Temperature range: 0°C ~ 70°C (TA)
Constant and pulsed charging modes for adaptability.
Quality and Safety Features
Designed and manufactured by Texas Instruments, ensuring high reliability and performance standards.
Compatibility
Its broad operating voltage and multi-chemistry support make it compatible with a diverse range of battery types and applications.
Application Areas
Ideal for use in portable electronics, consumer devices, and power management solutions.
Product Lifecycle
Currently marked as Active, with no current indications of nearing discontinuation. Texas Instruments generally supports components with replacements or upgrades if discontinuation occurs.
Several Key Reasons to Choose This Product
Versatility in supporting multi-chemistry battery types, offering broad application potential.
Texas Instruments' reputation for quality and reliability enhances product trustworthiness.
Programmable features allow for customized charging solutions, optimizing battery performance and life.
The product's active status ensures ongoing manufacturer support and availability.
Surface mount package facilitates easy incorporation into various design layouts, supporting compact and efficient designs.