XC6109C12ANR-G

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PMIC supervisors are devices that monitor and protect the power supplies of micro-controllers, micro-processors, and digital logic. The XC6109C12ANR-G is a positive voltage supervisory IC that is used to monitor up to two power supplies, providing protection against power failures and over/under voltage conditions. It is designed to provide a low voltage power supply for micro-controllers, micro-processors, and digital logic circuits.

The XC6109C12ANR-G has an operating voltage range from 1.71V to 5.5V and a quiescent current of 14μA. It has two RESET pins, which can be connected to various CPU supplies, allowing for dual-channel protection. It is available in a three-lead SOT-23 package, making it a highly integrated device that saves board space. The IC also features a wide selection of reset and manual reset options, making it suitable for a variety of applications.

The major application field of XC6109C12ANR-G is mobile phones and tablets, as well as other portable communication devices. It helps to keep these devices running smoothly by monitoring the main power supply and providing an auxiliary voltage, preventing power failure events. It can also be used in embedded systems or industrial control applications, where it can help protect against over and undervoltage, as well as under temperature conditions.

In terms of its working principle, the XC6109C12ANR-G monitors the supply voltages and instructs the system to take appropriate action based on the user-specified conditions. It monitors two voltages, V1 and V2, and will generate a reset signal when either of them drops below a user-defined threshold. It is also capable of generating a manual reset, allowing the user to initiate a reset command when needed. The IC features a wide range of monitoring, reset and manual reset functions.

The XC6109C12ANR-G is a highly reliable IC, which is capable of monitoring up to two voltage supplies. It is designed for mobile phones, tablets, and embedded systems applications, and provides a low power solution for micro-controllers, micro-processors, and digital logic circuits. The IC features a wide range of reset and manual reset options, allowing for user-defined conditions and actions. As such, it is a suitable choice for applications that require reliable monitoring of power supplies.

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