MAX6364HUT23-T

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Introduction to MAX6364HUT23-T

The MAX6364HUT23-T is an ultralow power supervisor IC with two reset outputs and two reset inputs designed for use in low power, ultra-low noise applications. It is designed for use in a wide range of portable applications, such as mobile phones, tablets, and other battery powered applications. The MAX6364HUT23-T features two independent low-power reset buffer outputs that can be used to select reset signal delay as needed. It also provides both positive and negative reset signal input, which allows it to be used in a wide range of applications.

Applications of MAX6364HUT23-T

The MAX6364HUT23-T is highly suitable for ultra-low power applications including portable and battery powered applications, such as mobile phones, tablets and other low power, ultra-low noise applications. It is also suitable for applications where a positive or negative reset signal is needed. It is also useful for applications in which the reset signal needs to be delayed from one supply voltage to another.

Working Principle of MAX6364HUT23-T

The working principle of the MAX6364HUT23-T is based on a reset buffer that outputs a reset signal when one of its two reset inputs is triggered. The reset buffer output is delayed relative to the voltage on its output pin corresponding to the reset input voltage. The reset buffer output is typically pulled down to ground when either the positive or negative input is triggered. The reset buffer has a minimum pulse width of 20 microseconds and can withstand a voltage of up to 7.8V.

Conclusion

The MAX6364HUT23-T is an extremely versatile and efficient ultralow power supervisor IC designed for use in a wide range of portable applications. It features two reset outputs and two reset inputs which can be used to select reset signal delay as needed. It also provides both positive and negative reset signal input. The reset buffer output is typically pulled down to ground when either the positive or negative input is triggered and has a minimum pulse width of 20 microseconds.

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