MAX6071BAUT12+T

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The MAX6071BAUT12+T is a precision micropower voltage reference, designed to be used in power management IC (PMIC) and other analog circuit applications. It offers low quiescent current and fast settling time and is able to achieve 10 ppm accuracy tolerance over a wide temperature range. Its high accuracy values, wide voltage range and rail-to-rail output makes it ideal for precision industrial, automotive, and medical applications.

The MAX6071BAUT12+T provides an output voltage of 12V with a 0.01% accuracy. The output voltage is further trimmed from an external reference voltage to achieve superior accuracy and stability. The device is designed to operate from a single +6V supply and can be used with a negative voltage, if needed. It features a low quiescent current of 350nA and a low power operation with a power on time of <20ns. It also has a Shutdown (SHDN) pin, allowing it to be used in a wide range of power management applications with standby and/or sleep states.

The MAX6071BAUT12+T utilizes an internal bandgap reference, which allows it to adjust the output voltage regardless of changes in temperature, making it stable over a wide temperature range (up to 125°C). It has a fast settling time of 30µs, which contributes to its low power consumption. Furthermore, the device has a wide output voltage range (up to 20V) and a low output impedance (<20mΩ) to improve the overall system performance.

The working principle of the MAX6071BAUT12+T is based on the bandgap reference principle. The bandgap reference is a reference voltage generated from a combination of two oppositely polarized exponential current sources between two opposite components of a bandgap. By amplifying the output of the bandgap reference, the MAX6071BAUT12+T is able to produce a highly accurate output voltage. The internal trimming of the device compensates for any temperature-related or component tolerances, resulting in a highly accurate reference voltage.

The MAX6071BAUT12+T is a highly accurate PMIC voltage reference, suited for precision industrial, automotive, and medical applications. The device features a low quiescent current, a wide voltage range, rail-to-rail output, and a fast settling time, making it ideal for use in power management ICs. Its low power consumption and temperature compensation make it a reliable choice for a wide range of applications.

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