X5168V14I-2.7

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X5168V14I-2.7 is a PSoC3-based Multi-Function PMIC Supervisors. It is designed to monitor the power supply of many different digital devices. The supervisor includes two general-purpose comparators, one pulse-width measurement circuit, and a temperature-hysteresis circuit. It can be used to detect any variation in the power supply and can provide protection against over-current, over-voltage, and under-voltage conditions.

Application Fields: The X5168V14I-2.7 can be used for a variety of applications, such as power supply monitoring, system power management, and power monitoring for communication systems. It is suitable for all kinds of digital systems, including consumer electronics, embedded systems, and industrial control systems.

Working Principle: The X5168V14I-2.7 works by measuring the incoming voltage and comparing it to a set of predetermined thresholds. When the voltage exceeds either of those thresholds, the supervisor will take appropriate action, such as shutting off power to the system, activating backup systems, or signaling an alarm to the user. The device also has a temperature-hysteresis circuit, which monitors the device temperature and can activate backup systems when the temperature exceeds a certain threshold.

The X5168V14I-2.7 includes two voltage and two temperature pins. These pins are used to measure the voltage and temperature of the power supply and can be used to trigger the different supervisors. The supervisor also includes two pulse-width measurement circuits, which can be used to detect any variation in the power supply and can provide protection against over-current, over-voltage, and under-voltage conditions.

The X5168V14I-2.7 is a powerful and versatile PMIC Supervisor. It is ideal for monitoring and controlling the power supply of various digital devices, and can provide protection against a variety of power supply problems. The device has many features, including over-voltage and under-voltage detection, temperature-hysteresis, and pulse-width measurement.

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