BQ27410EVM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Evaluation and Demonstration Boards and Kits are the perfect tool for a range of real-world applications that require specific testing, demonstration, and analysis of innovative technologies. The BQ27410EVM Evaluation and Demonstration Board Kit is one of these boards and kits and is designed to provide users with a way to test and investigate energy storage solutions that are based on the BQ27410 fuel-gauging IC. The board features a display and various buttons for manual control of the board.

The BQ27410EVM board supports a wide range of battery chemistries and includes a variety of measurement options such as background calibration, column self-referencing compensation, and basic mA measurement. It also supports standard I2C based communication to other ICs or systems for data collection and control. With its easy-to-use graphical user interface (GUI) and an onboard DBG connector, users can easily set up and test their projects.

The BQ27410EVM board is ideal for evaluating the BQ27410 fuel-gauging IC in a wide range of battery-powered applications. It can be used to evaluate the total battery capacity, total battery voltage, total cell Current, and cell-to-cell imbalance. It can also be used to monitor cell temperature data, thermal profile of the battery cell, and the state of charge of the battery cells. Additionally, it can be used to setup and verify battery charge profiles and cell balancing operations, and to measure system performance.

The BQ27410EVM board\'s working principle is based on the use of the BQ27410 fuel-gauging IC that uses cutting edge technology to measure the battery cell characteristics. It is based on a four wire system which includes two wires for data communication and two wires for power input. The fuel-gauging IC measures the battery cell characteristics such as state of charge, state of health, and temperature profile, and provides an estimate of the cell capacity, Current and voltage. It also provides diagnostic and system information, such as fault, low voltage, temperature, and cell-to-cell imbalance.

The state of charge of the cells is determined by the fuel-gauging IC using a combination of Coulomb counting, voltage measurements, temperature measurements, and system information. The measurements provided by the fuel-gauging IC are used to calculate the total cell capacity, state of charge, and other related parameters. Additionally, the fuel-gauging IC can be used to control cell balancing and setup various charging profiles to maximize the cell performance.

The BQ27410EVM board is a powerful tool for design engineers who need to evaluate and verify energy storage solutions based on the BQ27410 fuel-gauging IC. Its robust hardware design, versatile features, and easy to use graphical user interface make it an ideal platform for testing and investigating energy storage solutions. With its wide range of measurement options and the ability to set up and verify battery charge profiles and cell balancing operations, the board provides users with a great way to accurately evaluate and analyze their projects.

The specific data is subject to PDF, and the above content is for reference