NCV431BVDMR2G

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NCV431BVDMR2G is a voltage reference device from STMicroelectronics. It is used as a voltage reference for various applications, including power-management systems, radiation detectors, and sensors for industrial, automotive and consumer electronics. STMicroelectronics describes the NCV431BVDMR2G as a low-noise voltage reference with low power consumption and low quiescent current-noise levels. The device has an adjustable reference voltage of up to 3 volts, with a maximum operating current of 1.5 mA. The NCV431BVDMR2G is a low dropout (LDO) regulator, meaning that it can operate with input voltages close to the output voltage. This makes the device suitable for use in battery-powered applications, where the supply voltage may vary over time.

The NCV431BVDMR2G is a PMIC (power management integrated circuit) voltage reference. As a voltage reference, it provides a precise output voltage with low error and excellent accuracy. The device uses a low-noise linear voltage regulator, as well as a high-gain transconductance amplifier, to ensure stable and accurate voltage regulation. Additionally, the device has an integrated flash memory, making it suitable for in-circuit programming.

The NCV431BVDMR2G is a versatile voltage reference device, with many applications in industrial, automotive, and consumer electronics. In power management systems, the voltage reference device is used to monitor and maintain the accuracy of the system\'s power supply. It is also used in radiation detectors, where its accuracy and low-noise performance help to reduce errors in readings. In addition, the device can also be used in sensor systems, where its precise output voltage is necessary for accurate and reliable readings.

The NCV431BVDMR2G is an ideal device for applications requiring a precise, low-noise voltage reference. The device\'s low power consumption, low quiescent current-noise levels, and integrated flash memory make it suitable for a wide range of applications. Furthermore, its adjustable reference voltage of up to 3 volts and maximum operating current of 1.5 mA make it feasible for applications that use a wide range of voltages.

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