MAX6067BEUR-T

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The MAX6067BEUR-T is an application field and working principle of a Programmable Microcontroller Interface Circuit (PMIC). It is designed to provide a high accuracy, low power, adjustable voltage reference. This device can be used as a voltage reference in a variety of applications, including voltage generators, current sources, DACs, power converters, on-board regulators, and even medical equipment. It provides extremely accurate 0.2% voltage regulation, allowing for a range of 0.1 to 2.25 volts.

The MAX6067BEUR-T operates from scaled from 2.7 to 5.5V supplies, and also has a shutdown mode to achieve a lower power consumption when necessary. It uses a band gap architecture to provide a reference voltage of 0.1V to 2.25V and can be adjusted in a range of ± 0.2%. It has a wide allowable operating ambient temperature range and is free of temperature drift with excellent long-term stability, perfect for temperature sensitive applications.

The MAX6067BEUR-T is easy to use and configure, thanks to its advanced features. It has an external resistor divider across the reference voltage that sets the output voltage, an integrated short-circuit protection, and an open drain reset output, all of which can be used in conjunction with existing control logic, reducing the application’s overall power and cost. Additionally, the device can be paired with an external reference such as a DAC or current source, taking advantage of its high accuracy.

The MAX6067BEUR-T is ideal for a variety of applications, including portable and industrial systems, automotive and medical applications. In particular, it is well suited for battery-powered systems that require a low-power, reliable voltage reference and which cannot tolerate input voltage variation. This makes it perfect for portable and industrial systems alike, where accuracy and consistent power supply are essential for reliable performance.

The MAX6067BEUR-T can provide several advantages over other voltage reference solutions, such as improved accuracy, low power consumption and fewer external components. Additionally, the device can be paired with external components to further save both board space and cost. Finally, the MAX6067BEUR-T has an impressive temperature range, and unlike many competing solutions, it is free of temperature drift, meaning the output voltage remains consistent. All of this makes the MAX6067BEUR-T a great solution for any application that requires precision, consistency, and low power consumption.

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