MAX16061ETP+

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The MAX16061ETP+ is an ultra-low-voltage monitoring system used in a wide range of applications. It is an adjustable voltage supervisor used in many power management and low-voltage systems. Its high accuracy and its wide operating range make it ideal for use in harsh environmental conditions. In this article, we will discuss the application field and working principle of the MAX16061ETP+.

Application Field

The MAX16061ETP+ is a high-performance voltage supervisor suitable for a range of applications including power management, system monitoring, and fault protection. Its ultra-low operating voltage range of 1.22V to 6.5V makes it ideal for use in system architectures with high power levels and a wide range of supply voltages. It is also suitable for use in thermally-constrained applications due to its superior accuracy and thermal stability, making it particularly useful in battery-powered devices. It also offers a wide range of features and monitoring capabilities such as selectable reset and watchdog operations, selectable active-low or active-high reset output, push-pull or open-drain reset output, interrupt output, and power-on reset hold-off.

The MAX16061ETP+ can be used for a range of applications including: battery-powered applications such as wearables, smartphone, tablet, and portable electronics, system monitoring for industrial, automotive, and medical systems, and power management in computer and storage systems.

Working Principle

The MAX16061ETP+ is a voltage-monitoring IC that can be used to detect overvoltage and undervoltage conditions in power systems. It is an adjustable-voltage supervisor that offers superior accuracy, thermal stability, and wide operating voltage range. It consists of an oversampling comparator, voltage reference, and a detect input, which can be used to monitor the input voltage of the system. After the comparison between the reference voltage and the input voltage, the comparator will signal the reset signal to the system.

The MAX16061ETP+ has a wide range of features, including selectable watchdog and reset time delay, selectable active-low or active-high reset output, push-pull or open-drain reset output, interrupt output and power-on reset hold-off. The reset time delay is adjustable and can be configured to provide a user-defined reset time to the system so that it can recover from an overvoltage condition. The MAX16061ETP+ also provides a watchdog feature, which can be used to monitor the system and reset it if it stops responding or fails to output a signal. The interrupt output can be used to signal an external interrupt controller to enter a safe mode or take corrective action in case of an overvoltage or undervoltage condition.

The MAX16061ETP+ can be used in a wide range of applications and is suitable for use in both high- and low-voltage systems. Its adjustable reset and watchdog circuits, as well as its thermal stability and wide operating voltage range, make it ideal for use in battery-powered applications and in harsh environmental conditions. It is also suitable for system monitoring and power management, and its interrupt output provides users with an additional layer of system protection.

In conclusion, the MAX16061ETP+ is an ultra-low-voltage monitoring system ideal for a range of applications. Its adjustable monitor, reset and watchdog feature set, as well as its wide operating voltage range and its thermal stability, make it a suitable choice for use in power management, system monitoring, and fault protection.

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