MAX6377XR23-T

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The MAX6377XR23-T is a Supervisor IC that offers an extensive suite of features to simplify the monitoring of true system power supply applications. It provides users with integrated voltage regulation, current limit and reset logic for monitoring both low-voltage and high-voltage supplies in a single device. This makes it ideal for applications that require constant monitoring of power supply integrity and require reliable protection from excessive voltage, current and/or temperature conditions.

The MAX6377XR23-T is a micro-power supervisor IC that offers over-voltage, under-voltage, open drain output, current limit threshold, and thermal protection with an unprecedented 4:1 adjustable trip-point ratio. It is available in a small 2.2x2.2mm footprint and operates at up to 10MHz on a single supply of 5V. The output is a simple open-drain configuration and operates at up to 50mA.

The MAX6377XR23-T supervisor IC has a wide range of applications which include monitoring power supplies in medical devices, instrumentation, and test equipment. It can be utilized in systems with a wide range of power supply requirements, including low-voltage and high-voltage supplies. Additionally, it is also suitable for use in high noise applications such as computers and audio equipment.

The MAX6377XR23-T supervisor IC employs a unique architecture to provide an individually programmable over-voltage and under-voltage trip point. The reset logic is enabled when either of the trip points is exceeded. It is also equipped with an adjustable current limit threshold that can be used to protect downstream components from excessive currents. Additionally, the device features an integrated thermal protection circuit to protect itself and other components from excessive temperatures.

The MAX6377XR23-T supervisor IC offers a useful feature set that enables users to accurately monitor system power supply conditions. It can be used to quickly detect and respond to over-voltage and under-voltage conditions, as well as high current or temperature events. Additionally, its integrated thermal protection circuit prevents devices from running at excessive temperatures. This makes it a robust and reliable solution for monitoring true system power supply applications.

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