MAX6332UR18D3-T

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MAX6332UR18D3-T is a specific type of Supervisors, which is a type of PMIC (Power Management Integrated Circuits). It monitors the voltage levels in a system, providing more sophisticated and accurate detection of system faults than traditional thermal disconnects, relays, and fuses.

The MAX6332UR18D3-T is an advanced, low-power supervisor for eliminating false trip and reset issues in high-availability systems. It provides accurate control and monitoring of system power by continuously monitoring the battery voltage. It has an adjustable voltage trip window of 0.8 to 5V, and a window comparator with hysteresis to minimize false alarm conditions due to noise or supply voltage variations.

MAX6332UR18D3-T also has an adjustable manual reset window with programmable trip and reset reset delays of 0.5 to 256.5 ms, making it suitable for many different applications. It has a high frequency 250 kHz voltage reference which provides it with ultra-low-power consumption, and a 2.5V reference which helps reduce battery drain.

In addition to power management and monitoring, MAX6332UR18D3-T also provides a variety of system management functions. It has a 3.3V output to supply power to peripherals and controllers, and an INT output to fire an interrupt when a fault occurs. It also has a reset output for the microcontroller, and an input for an external reset signal. Lastly, it provides short-circuit and over-current protection.

MAX6332UR18D3-T is a reliable and accurate power management supervisor, suitable for many different kinds of applications, including industrial, automotive, and some space applications. Its advanced features and low power consumption make it particularly suitable for battery operated systems, where low standby power consumption is essential.

In summary, MAX6332UR18D3-T is a versatile and reliable power management supervisor which provides sophisticated monitoring and protection for many different types of applications. It has an adjustable trip window, adjustable manual reset window, and support for an external reset signal. It also has low-power consumption, and short-circuit and over-current protection, making it perfect for battery powered systems.

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