MAX6029EUK41+T

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A voltage reference, sometimes referred to as a precision reference or a precision voltage regulator, is an electrical component that produces a constant voltage regardless of the amount of current being drawn, or changes in environmental temperature and voltage. The MAX6029EUK41+T is a three-terminal low drop-out precision shunt voltage reference with a 0.5 percent accuracy. It provides a high output current, low noise, and low drifts over application temperature.

Applications

The MAX6029EUK41+T is intended for a broad range of applications, including high current, low drop-out regulators, reference circuits, regulated power supplies, precision analog integrated circuits, voltage references for instrumentation and laboratory equipment, and low power microcontrollers.

Features

The MAX6029EUK41+T is a single-shunt, three-terminal precision current-limiting voltage reference with a reference voltage of 2.25 V. It has a maximum output voltage of 30 V and a current limit of 1 mA. It features a wide operating temperature range of 0°C to +85°C, and has a low output voltage tolerance of 0.5%. Its low drop-out voltage of 650 mV ensures an accurate output voltage over a wide range of load currents.

Package

The MAX6029EUK41+T is available in a standard 8-pin SOIC package or in a surface-mount TO-263 package.

Working Principle

The MAX6029EUK41+T is designed to be used in applications requiring a precise voltage reference. It consists of two precision transistors on a single chip. The two transistors are interconnected in an object-based topology, which ensures high accuracy over a wide temperature range. The reference voltage is set with an integrated resistor network that provides a high accuracy of 0.5%. The resistor network also provides temperature compensation, which ensures an accurate output voltage even as the chip’s temperature changes.

The MAX6029EUK41+T is also designed to provide an adjustable output voltage, which can be set by adjusting the voltage reference divider on the chip. This divider provides an additional range of voltages that can be used to meet application-specific requirements.

The MAX6029EUK41+T also provides built-in over-current protection that limits the output current to 1 mA. This prevents the chip from being damaged due to excessive load current.

Conclusion

The MAX6029EUK41+T is an ideal choice for applications requiring precise voltage reference or adjustable voltage. It provides exceptional accuracy over a wide temperature range and has built-in over-current protection. Additionally, it is available in a 8-pin SOIC package or in a surface-mount TO-263 package, which makes it easy to use in a variety of applications.

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