MAX6414UK29/V+T

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The MAX6414UK29/V+T from Maxim Integrated is part of the comprehensive range of PMIC Supervisors designed for use as circuit protection and voltage monitoring of low voltage applications. This integrated circuit provides protection for all power rails, including power down, undervoltage lockout, supply alarm, circuit protection, and other functions.

As part of the MAX6414UK29/V+T application field, this specialist circuit protection integrated circuit is designed for low-voltage power sources which include embedded systems, microcontrollers, ASICs, FPGAs, microprocessors, network cards, motor control applications, automated product testing, and computer systems.

The MAX6414UK29/V+T also offers an adaptable working principle that is customizable to the individual application system. Its features include an advanced voltage threshold setting of an input supply, as well as a parametric alarm output signal that can be used as a warning mechanism or system failure method. For fault condition detection, the MAX6414UK29/V+T offers multiple fault detection time delays, a low-offset voltage comparator, and a wide fault detection window.

For automatic reset or power-down methods, the integrated circuit also provides two built-in delay circuits and a power-down counter. The two delay circuits can be used independently or together to control the reset and power-down actions, as well as to provide a watchdog timer mode. The power-down counter allows remote system power-down control in order to manage system power.

The MAX6414UK29/V+T provides overvoltage protection functionality with an adjustable pre-warning threshold and programmable delay times for both pre-warning and fault zones. This is done to ensure that the integrated circuit can handle high voltages without damage or system failure.

In terms of power management, the MAX6414UK29/V+T also offers a wide variety of features, including voltage and current monitoring, as well as over-load protection. Its dual-line low drop regulator is able to provide a stable output voltage with minimal line loss, while its adjustable power management provides the user with a way to optimize system performance.

Finally, the MAX6414UK29/V+T integrated circuit also includes built-in thermal-aware technology that helps to prevent thermal runaway of the power supply, helping to improve system temperature control and stability. In addition, the device also includes several other protection features, such as supply current limit, over-voltage protection, and open drain output.

The MAX6414UK29/V+T is an integrated circuit designed for low-voltage power sources, and provides a variety of protection and monitoring features for applications encountering high voltage, current, and temperature conditions. Its combination of supplies, alarms, protections, and power management features offer design engineers a reliable solution for monitoring and managing their power systems.

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