MAX6386XS29D2+T

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MAX6386XS29D2+T is an advanced device used to monitor and protect voltage in challenging operating and environmental conditions in both PMIC and Supervisors markets. Its features are designed to safely monitor and protect ICs to ensure continuous safe operation of computer systems and other electronics.

The MAX6386XS29D2+T is an ultra-low voltage supervisor that provides reliable dual-output monitoring for microprocessor-based systems and other applications where independent, accurate power supply monitoring is needed. The MAX6386XS29D2+T is designed to operate from extremely low supply voltages, providing power-on reset (POR) and power-good indication for reliable indication of system power status. The outputs are provided with redundant active-high and active-low power-good signals (PGO, PG1). It also provides an NMOS power switch, which is controlled by an active-low reset (RESET) input.

The MAX6386XS29D2+T is a highly integrated circuit, and features a wide variety of features that make it suitable for a variety of applications. The integrated watchdog timer and reset generates a pulse output when the timer is active, and can be used to generate system reset or periodic signals. The floating threshold input (FTI) can be used to monitor logic levels or stand-alone voltages, making the MAX6386XS29D2+T a suitable choice for industrial applications. The MAX6386XS29D2+T features low power consumption, making it an energy efficient choice when used in battery-powered applications.

The MAX6386XS29D2+T offers a wide range of application fields for PMIC and Supervisors. It is suited for automotive, mobile and industrial applications, including: power supply sequencing, brownout-reset detection and monitoring, logic level monitoring, battery monitoring, voltage level monitoring, overvoltage and undervoltage protection, and watchdog timer generation. In power supply sequencing applications, the MAX6386XS29D2+T can be used to detect and generate signals to power up and down power supplies in order. In brownout-reset detection and monitoring applications, the MAX6386XS29D2+T can be used to detect and indicate power supply levels that are outside the safe operating range. In battery monitoring applications, the MAX6386XS29D2+T can be used to detect and indicate high/low battery voltages, as well as activate stand-by or shut-down operations.

The working principle of the MAX6386XS29D2+T is based on the traditional switched capacitor comparator-type technique. A high-accuracy reference is used to compare the supply voltage to a user-set level. The MAX6386XS29D2+T has a wide supply voltage range of 1V to 6.5V and is designed for use in automotive and industrial applications. The reference is set using an external resistor ladder and can be set to a resolution of less than 1mV. The MAX6386XS29D2+T provides an accurate and low-power voltage supervisor solution for challenging power supply monitoring applications.

In summary, the MAX6386XS29D2+T is a highly reliable, low-power voltage supervisor device that is suitable for a wide range of PMIC and Supervisors applications in automotive, mobile and industrial applications. Its wide supply voltage range and low-voltage sensing capabilities make it an ideal choice for applications where accuracy, safety and reliability are required.

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