BQ27510DRZR-G1

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A battery management IC is a system on a chip (SoC) or platform that enables the most effective use of batteries and protection of the batter from damage while extending the life of the batter. Battery management ICs typically control charging and discharging of a battery pack and are designed to be used in applications such as electric and hybrid electric vehicles, consumer electronics, and portable instruments.

The BQ27510DRZR-G1 is specialized in battery management, highly accurate gas gauging and cell balancing and has the same functional device as that of the BQ27510 but with custom packages and a reduced height of 1 mm, making it ideal for small form factor applications.

The BQ27510DRZR-G1 is a highly integrated single-chip fuel gauge and battery monitoring solution. It includes an integrated coulomb counter and an on-chip resistor configured to accurately measure battery voltage, current, and temperature along with a 12-bit ADC for additional monitoring.

The BQ27510DRZR-G1 operates over a wide temperature range, from -40°C to +125°C, and is therefore an ideal device for automotive applications where a wide operating range is required. The BQ27510DRZR-G1 operates with a minimum system to accurately measure battery parameters for up to four cells.

The BQ27510DRZR-G1\'s proprietary ModelGauge m5 algorithm maximizes accuracy, optimizes run time and extends the life of the battery. This maximizes run time and reduces need for battery replacement. The coulomb counter mode of the chip includes several options for configuring the power reporting cycle, ensuring accuracy over long periods of time. The ModelGauge™ m5 algorithm requires minimal calibration and is self-correcting, making it self-healing over time.

The BQ27510DRZR-G1 is extremely power efficient, which helps reduce overall system power consumption. The device also provides a variety of features to maximize battery life, such as reduced shut down current, extended self-discharge current, and low power sleep mode. The low-power sleep mode helps preserve battery life by reducing current consumption when the system is inactive. System designers can also choose optional features such as autonomous cell balancing, active current slope cancellation feature, and active coulomb counting.

The BQ27510DRZR-G1 is suitable for applications such as e-bikes, medical systems, and security systems, as well as medical instruments, industrial equipment and automotive applications. The device is also suitable for battery packs for drones, portable medical equipment and other high-capacity battery packs. It is compatible with a variety of Li-Ion, Li-ion polymer, and other chemistries, making it an ideal solution for a variety of applications.

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