MAX6018BEUR12+T

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MAX6018BEUR12+T is part of the broad portfolio of precision voltage references from Maxim Integrated. This voltage reference device has a full-scale accuracy of ±0.5%, and it offers a variety of features and performance attributes that make it the ideal choice for a wide range of applications. The MAX6018BEUR12+T can be used in any circuit to provide a stable, precise voltage source.

Applications

The MAX6018BEUR12+T is widely used in both general and special-purpose voltage reference applications. It is used in digital and analog voltage reference circuits such as laboratory test systems, medical instrumentation, power supplies, and audio circuitry. It is also frequently found in automotive systems, robotics, and military and aerospace applications.

Features and Benefits

The MAX6018BEUR12+T has a number of features and benefits that make it a popular choice for a wide range of voltage reference applications. It offers a high accuracy of ±0.5%, and it has a wide operating temperature range of -40°C to +125°C. It also has a low-power consumption of less than 2mA. It has an on-board shunt regulator to provide a stable output as well as reverse polarity protection and thermal shutdown.

Working Principle

The MAX6018BEUR12+T is a three-terminal device that contains an internal voltage reference circuit connected to an output terminal. The reference voltage is regulated by a series of on-chip resistors and capacitors. The circuit is designed to provide a stable output voltage that is independent of changes in temperature, supply voltage, load conditions, and other environmental conditions. The MAX6018BEUR12+T is designed to provide a precise output voltage without the need for external components.

Conclusion

The MAX6018BEUR12+T is an ideal device for any application requiring a precision voltage reference. It offers a wide operating temperature range, low-power consumption, and high accuracy. The internal shunt regulator and reverse polarity protection provide a stable output that is not affected by changes in temperature, supply voltage, or load conditions.

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