MAX6313UK38D2-T

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Modern technology requires precision and stability, even in the face of changing conditions. Maxim Integrated’s MAX6313UK38D2-T PMIC (power management integrated circuit) exists to ensure that precise voltage regulation is maintained, enabling system performance and reliability to be maintained. The MAX6313UK38D2-T is a supervisor that is part of Maxim Integrated’s wide range of PMICs and belongs to their Supervisors product family.

The MAX6313UK38D2-T is designed to regulate the output voltage of an electronic system to operate according to its designed specifications while providing protection against a variety of over- and under-voltage scenarios. This enables the system to maintain consistent operation and minimizes the chances of power-related failures. The MAX6313UK38D2-T is a highly integrated supervisor suitable for a variety of high frequency applications. It is also suitable for applications that require extreme temperature/power cycle testing, such as automotive electronics.

The MAX6313UK38D2-T provides error flag signal and load disconnection control to enable fast response to over- and under-voltage situations and prevent damage to the system. The supervisor provides a dual N+P MOSFET for load disconnection that can be quickly separated from the system and prevents inrush currents from occurring when the power supply is reconnected or when the load reconnects. The output voltage of the supervisor is adjustable and can be set when the system is powered on, allowing designers to maximize system performance depending on their requirements.

The MAX6313UK38D2-T features a low power and low noise operation, making it suitable for portable and battery operated systems. The supervisor is programmable to operate at any system supply voltage, making it suitable for many different industrial, automotive and medical applications. The supervisor also features adjustable slew rate control and a voltage range of 1.3V to 6V. The supervisor’s integrated N-channel MOSFET can also be used as a low side switch.

The MAX6313UK38D2-T’s wide operating temperature range makes it suitable for applications in extreme temperature environments and applications that are operating at elevated temperatures, making it a viable option for many automotive systems or extreme industrial systems. The supervisor also includes an adjustable over voltage protection (OVP) limit to protect against an over voltage situation that could damage the system. The supervisor’s under-voltage lockout (UVLO) is also adjustable, to prevent damage to the system caused by inadvertent voltage drops.

The MAX6313UK38D2-T utilizes a self-referencing wake-up circuit, providing fast recovery from a sever Vcc overvoltage transient condition. It also features an open-drain reset output that is asserted when the output goes outside of its regulated voltage range, and is cleared when the output is back within specification. The supervisor also utilizes an internally powered reset circuit and offers low voltage reset threshold that further enhances system performance.

The MAX6313UK38D2-T is an integrated supervisor suitable for a variety of high frequency and extreme temperature applications, such as automotive systems and industrial systems. The supervisor provides error flag signal and load disconnection control, adjustable slew rate control, low power and low noise operation, adjustable OVP and UVLO levels, as well as a self-referencing wake-up circuit and a reset circuit. In addition, the MAX6313UK38D2-T operates over a wide temperature range, making it a viable choice for extreme temperature applications.

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