XC6804A3E14R-G Integrated Circuits (ICs)

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

XC6804A3E14R-G is a Power Management Integration Circuit (PMIC) specifically designed for battery charging applications. It is a 5-channels battery charger with integrated power management electronics which is capable of supplying a balanced and properly controlled output current up to 6A in total.

The XC6804A3E14R-G is based on Power Management IC (PMIC) technology, which integrates a variety of features to provide a complete power management solution. This PMIC IC is designed for use with any LiIon battery and is capable of charging 4 different cells simultaneously. Supported batteries include LiFePO4, LMO, LiIon and NiMH.

The core functionality of the XC6804A3E14R-G is to monitor and control the charging process of a multi-cell LiIon battery pack, ensuring that each cell is charged in a balanced and safe manner. The IC is managed by the integrated power management system and provides a 4-channel charge controller with 4 independent charge currents (up to 6A total). During the charging process, the IC monitors the voltage of each cell and adjusts the charge current in order to maintain the safe charging profile.

The XC6804A3E14R-G features an integrated temperature sensor which monitors the battery temperature and adjusts the charging current according to the temperature profile. This ensures that the battery is charged at safe temperature levels, thereby increasing its reliability. Furthermore, the IC also features voltage, current and timer control, as well as cell balancing and over-voltage protection, which further increases safety and reliability.

In conclusion, the XC6804A3E14R-G PMIC is an excellent choice for those looking to charge 4 or more LiIon cells in a convenient and safe manner. It offers a straightforward, integrated solution for multi-cell battery management, featuring a sophisticated temperature and voltage monitoring, powerful cell balancing, and current, voltage and timer control for optimal safety and reliability.

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