LM385MX/NOPB

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The LM385MX/NOPB is a precision voltage reference component belonging to the Power Management Integrated Circuits (PMICs) - Voltage Reference family. The LM385MX/NOPB is used in various applications such as sampling, level shifting, microcontroller programming, and analog-to-digital conversions. It is supplied as an 8-lead, SOT-23 package and is available in a range of temperature stabilities. This component is widely used in automotive, medical, industrial, and communications applications.The LM385MX/NOPB consists of a high-voltage op-amp and a bandgap voltage reference with a 10mA load enable feature. The bandgap reference continuously provides a regulated reference voltage to the op-amp, and the enable feature allows the device to switch to a low-power state when not in use. The op-amp provides an accurate voltage output even when the input voltage is changing. This makes the LM385MX/NOPB ideal for level shifting and microcontroller programming.The working principle of the LM385MX/NOPB is quite simple. When the enable pin is held high, the op-amp is powered up and the bandgap reference is enabled. The bandgap reference provides a fixed reference voltage, which is then compared to the input voltage by the op-amp. The difference between the two voltages is then amplified and fed to the output pin. If the enable pin is held low, the op-amp is powered down and the output voltage is forced to 0V.The LM385MX/NOPB is designed to be used in applications requiring high accuracy and low temperature drift. This makes it ideal for applications such as precision level shifting, microcontroller programming, and analog-to-digital conversions. The enable pin of the LM385MX/NOPB can also be used to switch the device to a low-power state, allowing the device to be used in battery powered applications.The LM385MX/NOPB is an ideal choice for many applications, due to its high accuracy, low voltage drift, and low power consumption. It has a wide range of temperature stabilities, making it suitable for use in automotive, medical, industrial, and communications applications. In addition, the enable pin can be used to switch the device to a low-power state, making it suitable for battery-powered applications.

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