X5168PZ

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Power management integrated circuits (PMICs) are among the most important components of any power management solution. They provide control, monitoring, and protection of sensitive electronic systems, ensuring that their power supply stays within a predetermined safe range. As such, PMICs are the frontline defense for any device, making them an essential component for any application that requires dependable power management.The X5168PZ is a PMIC designed specifically for use in automotive and industrial applications. It is equipped with advanced features designed to meet the needs of these demanding applications, as well as a comprehensive range of protection/monitoring capabilities.The X5168PZ belongs to the PMIC Supervisor category. It is an analog voltage supervisor used to monitor and protect circuits from a wide range of conditions, such as overvoltage, undervoltage, overcurrent, and brown-out. It is designed to provide protection even in the most extreme conditions, such as voltage transients, noise, and electromagnetic interference.The X5168PZ is designed to be a single-chip solution for use in automotive and industrial applications. It control multiple power supply rails with a single pin. It is capable of providing both low and high side shutdown sensing. The X5168PZ has an integrated synchronous buck driver and can be used as a supplementary power supply controller to deliver regulated power to downstream loads.The X5168PZ provides comprehensive protection and monitoring features, such as an adjustable undervoltage and overvoltage detector, a low-voltage detection channel, and an open-drain output which can be used to alert the system controller regarding a fault condition. It also features a wide input voltage range of 5V to 20V, allowing it to be used in a variety of applications.The X5168PZ is a versatile and integrated power management solution that can be used in a range of automotive and industrial applications. With its extensive feature set, it can help ensure reliable and efficient power management in even the most demanding applications.

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