FSA831AL10X-F131

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

Power management integrated circuits (PMICs) are essential components within internal battery-powered computations and consumer technology. In addition to managing power flows within battery power systems, they also enhance the performance and reliability of the device. One such PMIC is the FSA831AL10X-F131; this battery management IC is designed to boost charge, discharging, and balanced charging in lithium-ion battery cells.

The applications of the FSA831AL10X-F131 include electric vehicles, drone systems, and electric bicycles. This IC is a highly efficient, ultra-low power solution with a wide operating temperature range of -40°c to 125°c.

The FSA831AL10X-F131 leverages various advanced technologies and features including high-peformance inductor-based Digital Charge Pump (DCP) Charge Booster, ultra-low Quiescent Current (Iq) Discharge Pump Load Switch, integrated safety features, overvoltage and overcurrent protections, wide input voltage range, and low current consumption. Additionally, the built-in precision controls, protection functions, and requisite timing determine all corners of the FSA831AL10X-F131’s feature set.

FSA831AL10x-F131 IC\'s working principle is based on Digital Charge-Pump (DCP) charge booster, which allows it to maintain an output voltage approximately 1.2V (max) higher than the input voltage. DCP charge pumps with patented Burst Mode Pump™ architecture minimize the circuit’s quiescent current to very low levels when the FSA831AL10x-F131 is not in operation, prolonging battery life. The set-point voltage of the DCP can be programmed from 1.6V to 4.2V, as required by the system.

FSA831AL10x-F131 is also capable of Balance Charging, of which is useful for applications with multiple Li‐Ion batteries connected in parallel or a single large Li‐Ion battery. Balance Charging is the process of equalizing the charge of each battery in a series or parallel configuration, allowing the fuller and weaker cells to both be charged simultaneously. This is done by measuring the terminal voltage of all batteries and then safely pushing the charge current (or discharging current in a discharge system) to the weaker cells.

In conclusion, the FSA831AL10x-F131 is a powerful and multi-function battery management integrated circuit (PMIC), with features such as wide operating temperature range, high-performance DCP boost charging, ultra-low quiescent current discharge pump load switch, and balance charging capabilities. This IC provides a high level of performance in a broad range of battery powered applications, making it an ideal choice for various markets such as electric vehicles, drones, and energy storage systems.

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