BQ27010EVM

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Evaluation and Demonstration Boards and Kits are composed of components that provide an opportunity to evaluate and demonstrate features and functions of various development boards and kits. The BQ27010EVM evaluation board is one such board, providing users with the ability to measure, program, and evaluate functions of a BQ27010 battery gas gauge IC.

The BQ27010EVM is intended to provide an integrated solution for managing and monitoring the state of lithium-ion and lithium-polymer battery cells using the Texas Instruments BQ27010 gas gauge IC. This evaluation board is capable of evaluating the BQ27010 gas gauge IC and is also designed and tested for use with various types of cell pack configurations. The BQ27010EVM supports a wide variety of battery cell packs in series and parallel configurations, including cylindrical, prismatic, and pouch cell configurations from 1 to 60 cells. The board can also be used in combination with thermistors, current measurement resistors, and other components to evaluate the BQ27010 as a standalone gas gauge solution.

The BQ27010EVM is used to evaluate the performance of the Texas Instruments BQ27010 gas gauge IC. The evaluation board includes an integrated system which monitors and reports on system power voltage, current, and temperature. Additionally, the board features adjustable settings for cell pack capabilities, such as thresholds, operating voltages, temperature compensation, and cell override functions. This allows users to tailor the system performance to meet the requirements of their application.

The BQ27010 gas gauge IC is an advanced low-power, single-chip solution for monitoring the remaining capacity and voltage of charge cells in an active or inactive state. It is designed to accurately monitor conditions within a battery system such as system main power voltage, system current, and system temperature. The BQ27010 calculates and stores an accurate capacity, voltage, and time remaining remaining values through use of a patented Flexible Accuracy and Capacity (FAC)Fuel Gauge algorithm. This algorithm is designed to accurately measure and calculate the system capacity, voltage, and remaining time of charge cells in a wide range of applications.

The BQ27010\'s advanced battery monitoring and management features provide users with a high level of flexibility in designing their battery applications. The IC can be programmed with a variety of settings, such as battery capacity, depth of discharge, threshold voltages, temperature compensation, and cell override functions. This makes it possible for users to customize and optimize their battery systems to meet different application requirements.

The BQ27010EVM evaluation board supports up to 60 cells in a variety of series and parallel configurations. This evaluation board calculates and measures battery capacity, voltage, and temperature as well as provides diagnostic information. Additionally, the board includes Standard I2C and JTAG header connectors for interfacing and testing with targets and programming. This provides users with the flexibility to integrate the device into various types of systems.

The BQ27010 is a low-power, single-chip solution for monitoring of lithium-ion battery systems. The evaluation board, BQ27010EVM, offers an integrated solution for measuring, programming, and evaluating the BQ27010 gas gauge IC. This evaluation board is designed to accurately monitor and measure system power voltage, system current, and system temperature as well as offer diagnostics, programming, and customizing settings for various applications. It is suited for a wide variety of battery cell packs in series and parallel configurations, including cylindrical, prismatic, and pouch cell configurations from 1 to 60 cells.

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