BQ7692000PWR

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BQ7692000PWR is an advanced power management integrated circuit (PMIC) which is designed to enable high performance battery pack systems. It provides an integrated power solution for applications that require two-cell Li-ion or Li- polymer battery pack architectures. Its features include overcharge, overdischarge and short-circuit protection for each cell, as well as high efficiency synchronous Buck/Boost DC/DC converters for balancing and charging applications.

BQ7692000PWR is designed to enable high performance battery pack systems including protection and charging control. The integrated circuit is designed to work with a wide variety of battery packs, from one to eight cells with a maximum voltage of up to 32.5 V. By monitoring voltage, temperature and other parameters of each cell, the integrated circuit can provide intelligent cell protection, ensuring safety and reliability for the battery pack system.

The integrated circuit includes two cell balancing and two cellular charging DC/DC converters with high efficiency. The cell balancing DC/DC converters are used to balance the voltage between cells, while the charge control DC/DC converters are used to limit the charging current, adjust the charge voltage and control the charging process.

The integrated circuit also provides a variety of protection functions. It includes over-voltage and over-temperature protection for each cell, as well as short-circuit protection. It also includes an adjustable cell voltage window comparison circuit, which can detect and react to variations in the cell voltages.

BQ7692000PWR is an ideal choice for applications that require high performance battery pack systems, as it offers an integrated power solution with advanced protection and charging control features. It is suitable for a wide range of Li-ion or Li-polymer power solutions, from portable consumer electronics to automotive and industrial applications.

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