BQ20Z95DBTRG4

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The BQ20Z95DBTRG4 is a battery management device (PMIC) designed to provide accurate and reliable power to portable electronic systems. It features a comprehensive set of features that allow system designers to quickly and efficiently manage the power demands of their products. This highly integrated device combines the features of a charge controller, battery charger, and power-on-reset circuit in a single package. It also provides a range of diagnostic functions and protection features to ensure safe and reliable operation.

The BQ20Z95DBTRG4 integrates a sophisticated power-on reset function that helps improve system robustness by allowing the controller to detect system start-up conditions and then assert the output reset signal to initiate a system reset. This feature is particularly useful for mobile and portable applications where sudden power disruptions can cause system instability and require a reset to restore normal operation. The device also includes anode and cathode current-sensing and regulation functions. This allows the controller to accurately detect and regulate the current required to charge the battery from either AC or DC sources.

The device integrates a battery charging controller with multiple protocol support, allowing it to be used in a wide range of applications. The BQ20Z95DBTRG4 supports both USB-Type C and proprietary charging protocols such as BC1.2, Apple Fast Charge and Samsung Adaptive Fast Charge, allowing it to be used with a range of mobile devices and charging accessories. This allows the controller to detect the current drawn by the device and match it to the ideal charging profile. Furthermore, the controller implements several safety features to protect the battery from overcharging, over-current, and over-temperature conditions.

The BQ20Z95DBTRG4 is an ideal solution for a range of portable, mobile and handheld applications such as smartphones, tablets, digital cameras and other energy-hungry devices. Its advanced feature set and flexible charging support are key benefits for system designers who need to manage and optimize the power requirements of their products. The device also offers superior reliability and safety, essential for any battery-powered application.

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