MAX6006BEUR-T

The MAX6006BEUR-T is a micropower voltage reference device which uses a CMOS (complementary metal-oxide semiconductor) process to integrate the precision engineering of a number of components. It has the ability to operate over a wide temperature range and can provide excellent drift performance.

This type of voltage reference is typically used in applications that require precise voltage references, such as in data acquisition systems and analog-to-digital converters. It is also used as a stable reference for gain settings in audio amplifiers, frequency synthesizers and other similar applications.

The MAX6006BEUR-T has a wide range of temperatuure and power supply stability. Its operating voltage range is typically from 2.7 V to 5.5 V, with a maximum voltage of 8 V. Its internal reverse polarity protection can withstand up to 16 V of reverse bias input.

At the heart of the MAX6006BEUR-T is a low-noise bandgap reference. This is carefully designed and implemented to provide very precise reference voltages across a wide range of temperature, power supply and bias operating conditions.

The MAX6006BEUR-T has an output reference voltage range of 0.2 V to 3.3 V, with a maximum tolerance of ± 0.01%. This provides a precise voltage reference to the user, ensuring accuracy and stability across a wide range of operating conditions.

The MAX6006BEUR-T also provides excellent drift performance, with a maximum temperature coefficient of 10ppm in typical applications. This makes it ideal for use in high temperature, high drift applications, such as automotive electronics, where precise and reliable voltage references are essential.

In addition, the MAX6006BEUR-T has a low startup current, typically 100μA, which helps to ensure that the device draws minimal power even when providing reference voltages.

Overall, the MAX6006BEUR-T is an excellent voltage reference, with precise and reliable performance across a wide range of applications. It can provide stable reference voltages even in the most extreme environments, making it ideal for use in automotive, medical, industrial and consumer applications.