XC6119C32ANR-G

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PMIC Supervisors are a type of semiconductor device that is used to supervise and protect the power supply in a wide range of electronic products. The XC6119C32ANR-G is a low-cost, low-power Voltage Supervisor with integrated POR and BOR features, a sot23-5 package and a maximum operating temperature of 125°C. Its key features make it an ideal choice for most power management applications.

The XC6119C32ANR-G is a Voltage Supervisor that offers two user-selectable comparator thresholds, an active-low Reset output and an active-low POR/BOR output. All the user-configurable bits are accessible via four control pins (COMP1, COMP2, POR and BOR). The device has two programmable threshold settings which can be used to protect the system against over-temperature or under-voltage events.

The XC6119C32ANR-G is used in many different applications including automotive, computing, industrial, communications, and consumer electronics. In automotive, for example, the device can be used to monitor the vehicle\'s electrical system and provide the driver with a warning if it ever reaches an unsafe level. In computing, it can be used to protect the power supply from overvoltage conditions or to monitor the power for undervoltage events. The device can also be used in industrial and communications systems to monitor the power supply and reset the system if an over-temperature or under-voltage event is detected.

The XC6119C32ANR-G is a low-power voltage supervisor that is capable of detecting over-temperature or under-voltage events with a resolution of 4mV. It has a maximum operating voltage of 18V, a maximum standby current of 2 μA and a maximum power dissipation of 0.11W. The device also has an active-low reset output and an active-low POR/BOR output which can be used to reset or power-on the system.

The XC6119C32ANR-G is a voltage supervisor device that is designed to ensure that the system power supply is stable and operating within a safe range. Its various features, such as programmable thresholds, low-power operation, and active low Reset and POR/BOR outputs, make it an ideal choice for many applications where power management is required.

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