EV2300 USB-Based Interface Board for TI Battery Fuel Gauge Evaluation and Programming

EV2300 USB-Based Interface Board for TI Battery Fuel Gauge Evaluation and Programming

Introducing the EV2300, a powerful USB-based interface board designed for evaluating, programming, and testing battery fuel gauge circuits based on Texas Instruments (TI) IC designs. This versatile tool provides a seamless interface between intelligent battery circuits and Windows-based PCs, enabling engineers, designers, and researchers to efficiently assess and develop advanced battery management systems.

Key Features:

• USB connectivity for easy integration with PCs
• Compatible with various communication protocols, including SMBus, I2C, and HDQ
• Supports a wide range of TI battery fuel gauge ICs, such as BQ2083, BQ2084, BQ2085, BQ20864, BQ20869, BQ20853, BQ20Z75, BQ20857, BQ20Z85, BQ20Z70, BQ20695A, BQ20882, BQ20870, BQ20889, BQ20Z80, BQ2090, BQ20882, BQ20Z55, BQ40ZXX, BQ27541, BQ27545, BQ34Z100, BQ78Z100, and BQ28Z60
• Enables on-screen display and programming of fuel gauge register functions when used with appropriate PC software
• Ideal for developing and testing battery packs, laptop batteries, power banks, and drone batteries
• The EV2300 empowers users to read, modify, and evaluate various parameters of battery fuel gauge ICs, facilitating customized development and performance optimization. Whether you are a battery pack designer, hardware engineer, or researcher working on battery applications, the EV2300 is an indispensable tool for streamlining your development process.
  
  

Applications:

• Battery pack design and development
• Laptop battery testing and evaluation
• Power bank performance optimization
• Drone battery management system development
• Research and development of advanced battery applications
• Upgrade your battery development workflow with the EV2300 USB-Based Interface Board and experience enhanced efficiency and convenience in your projects.
  
  

Package Includes:

1 x EV2300 USB-Based Interface Board for Battery Fuel Gauge Evaluation