XC6119C11ANR-G

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The XC6119C11ANR-G is an Ultra-Low Operating Current Standby Supervisor from Murata Electronics. It is a compact, highly integrated regulator that is ideal for keeping circuit logic and analog components powered with ultra-low current during standby and sleep periods in a range of applications. The XC6119C11ANR-G is a three terminal power supply supervisor, and is available in a SOT-23-6 package, making it a perfect solution for small form factor devices.

PMIC-supervisors are devices that control the power management in a system. They monitor circuits and adjust the power state of the system in response to changes in their environment. This makes them ideal for devices that require low power operation, such as in low-power sleep modes, system shutdowns, and standby mode. The XC6119C11ANR-G is a PMIC-supervisor that provides an ultra-low operating current of 10 nA at 3.3 V in its STBY mode, making it ideal for these types of applications.

The XC6119C11ANR-G is an ideal solution for battery-powered portable devices and IoT applications that need to stay powered even in low-power or sleep modes. For example, it is perfect for wearable devices and wireless communications base stations that require long battery life. It also features an adjustable threshold voltage, so the user can set the desired standby current for their specific application. The XC6119C11ANR-G can also detect a wide range of fault conditions, such as overcurrent, reverse current, and overvoltage, and will immediately shut down the system to protect it.

In terms of its working principle, the XC6119C11ANR-G measures the voltage at the Vin pin. This voltage is compared with the internal reference voltage that is determined by the setting of the threshold voltage. If the Vin voltage exceeds the threshold voltage, the output pin will be pulled high, enabling the device to power up. If the Vin voltage falls below the threshold voltage, the output pin will be pulled low, and the device will enter standby mode.

The XC6119C11ANR-G is also capable of detecting other external conditions such as abnormal supply voltage or high temperature. If these conditions occur, the XC6119C11ANR-G will shut down the system to ensure safety. The XC6119C11ANR-G also provides a variety of other features, such as adjustable hysteresis, programmable delay time, and fault detection. Additionally, the XC6119C11ANR-G is protected against EMI and is AEC-Q100 qualified for automotive applications.

In conclusion, the XC6119C11ANR-G is an ultra-low operating current standby supervisor from Murata Electronics suitable for a wide range of applications such as battery-powered portable devices and IoT applications. It is a three terminal power supply supervisor with an ultra-low operating current of 10 nA at 3.3 V in its STBY mode, adjustable threshold voltage, and a variety of features such as adjustable hysteresis, programmable delay time, and fault detection for enhanced reliability. Additionally, the XC6119C11ANR-G is protected against EMI and is AEC-Q100 qualified for automotive applications.

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