MAX6390XS30D7+T Integrated Circuits (ICs)

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The MAX6390XS30D7+T is a supervisor integrated circuit designed to monitor the power supply levels of various electronic devices. It is part of the family of PMIC (Power Management Integrated Circuits) Supervisors. This supervisor allows for multiple power supply levels in a single package, making it a great choice for electronic devices with many components that require different voltage levels. The MAX6390XS30D7+T has a wide range of applications in various fields such as consumer electronics, medical equipment, industrial equipment, automotive systems, and more.

The MAX6390XS30D7+T works by monitoring a wide range of input voltages and sending a digital signal that can be read by a microcontroller or other logic IC. It uses an internal comparator to compare the input voltage with a preset voltage level, called a supervisor setpoint. If the input voltage drops below the supervisor setpoint, the supervisor will send an active-low digital output (LOUT) to the microcontroller. This output can be used to switch off a power supply or enforce power saving system states.

The MAX6390XS30D7+T offers fast reaction times, low quiescent current and the ability to detect low power supply input voltages up to 1.225V. It has an active-high reset (RESET) output that is asserted in one of three conditions: 1) the IC has detected that the input voltage has dropped below the supervisor setpoint; 2) a manual reset input is triggered; or 3) a reset run-time keeps the RESET output active. This reset run-time can be configured to exceed 1 second.

The MAX6390XS30D7+T also offers versatility and is UIS (Undervoltage Supervision) compliant, allowing for system resetting. For this reason, it is the ideal supervisor for systems with multiple power supply levels that need to be monitored and managed. Its service temperature range from -40 to +125°C makes it suitable for a wide range of industrial, automotive and other high temperature applications.

The MAX6390XS30D7+T is suitable for use in many different fields and applications, especially those requiring multiple power supply levels that need to be monitored and managed. By using an internal comparator and outputting a digital signal, this supervisor provides a cheap and reliable way to manage power levels in a single package. Its wide temperature range and UIS compliance make it an ideal choice for high temperature industrial or automotive applications.

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