MAX6037AAUK12+T

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The MAX6037AAUK12+T is a dual voltage reference device from Maxim Integrated that provides customers with precision voltage references. The device provides two low-dropout reference outputs, each with a low temperature drift of 150 units, providing outstanding accuracy and stability over a wide range of operating conditions.

The MAX6037AAUK12+T is part of the MAX family of Voltage References, which include both low-dropout and low-noise linear regulators, and are designed to offer customers with high performance, cost effective voltage references. The device offers a variety of features, such as low voltage noise, low operating current, and wide input voltage operating range.

The MAX6037AAUK12+T is suitable for a wide range of applications, including precision analog and mixed signal circuits, automotive applications and audio processing. Applications for the device include power supplies and analog-to-digital converters, battery controllers, dynamic reference sources, and other circuit designs that require tight voltage control.

The device has a number of features that are useful in these applications. Its low operating current and power rating allows the device to be used in lower power designs and when used with an input voltage typically between 1.6V and 6.0V, it provides a solidisotropic output voltage as low as 0.8V. The MAX6037AAUK12+T also has a low voltage noise profile, typically 2 μV RMS, which is beneficial for some audio applications.

The MAX6037AAUK12+T operates by using a common-base transistor to provide a stable, low noise output voltage. The device includes current limiting and thermal shutdown protection to ensure a safe, robust operation. The device is rated for up to 30mA load current and can operate with input voltages between 1.6V and 6.0V.

The MAX6037AAUK12+T voltage reference is an excellent choice for precision analog and mixed signal circuits where high accuracy and low power consumption are needed. Its low temperature drift of 150 units makes it ideal for situations where stable, accurate voltages are needed over a wide temperature range. The device\'s low voltage noise and high current capability make it suitable for a variety of applications, including audio processing and automotive systems.

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