MAX6305UK00D2-T

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A PMIC - Supervisors, MAX6305UK00D2-T, is a specialized integrated circuit used to monitor power supply levels and reset processing units if power levels drop below a predetermined operating level. The circuit is capable of detecting over/under voltage conditions and providing a reset signal to its associated system upon detecting such conditions. This article provides an overview of the MAX6305UK00D2-T application field and working principle.

Applications

The MAX6305UK00D2-T is primarily used for monitoring power levels in a wide range of applications. The IC is often used in telecommunications, industrial, motor control, medical and consumer applications. It is capable of detecting over/undervoltage conditions in power supplies with operating voltages from 2.9V to 12V.

The MAX6305UK00D2-T is used in a variety of power supplies such as AC-DC, linear and switching power supplies. The IC is also used in battery management systems to monitor and protect the battery pack from overvoltage, undervoltage and overcurrent conditions.

Working Principle

The MAX6305UK00D2-T is an active low reset supervisor IC. The IC uses an external voltage sensing circuit to monitor the system power supply voltage. When the monitored voltage falls below a predetermined trip point, an open-drain output transistor is activated, providing an active low reset signal to the associated system.

The MAX6305UK00D2-T can be configured to provide a manual reset, a debounced reset or an open collector reset. The IC also provides an optional adjustable delay for reset deassertion, allowing for more reliable system reset in noisy environments. The adjustability of the reset trip point, the reset assertion delay and the reset deassertion delay provide the user with true flexibility when implementing the IC in their application.

Summary

The MAX6305UK00D2-T is a PMIC – Supervisors IC used for monitoring over/undervoltage conditions in a wide range of applications such as industrial, medical and consumer applications. The IC provides an adjustable reset trip point, an adjustable reset assertion delay and optional reset deassertion delay to provide reliable system reset in noisy environments.

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