MAX6313UK25D3-T

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The MAX6313UK25D3-T is a PMIC (Power Management Integrated Circuit) supervisor developed by Maxim Integrated company, falling in the category of Supervisors. It\'s a precision microprocessor reset (MPR) supervisor with a Maximum temperature range of -40 to 85 degrees Celsius and a supply voltage of 1.7 V to 5.5 V. It provides an adjustable reset timeout and a manual reset input (MR) for easy testing.

The MAX6313UK25D3-T was designed for use in a wide range of applications, including the monitoring and control of microprocessor, system, and power-supply functions. It\'s been used in computer systems, embedded systems, automotive, and battery-operated applications. It\'s well-suited for use in applications such as hard disk drives, advanced microprocessors, notebook PCs, set-top boxes, and motor controllers.

The MAX6313UK25D3-T provides a precision reset comparator that monitors an internal voltage level and an external voltage level (VCC5V) relative to an internal 3.2V threshold. It provides several adjustable VCC5V delay options, making it ideal for applications that require a reset delay and/or manual reset control. In addition, it can be used to monitor incoming voltage fluctuations and alert the system when abnormal voltage fluctuations occur.

The chip includes on-chip power-on and power-off reset circuitry with selectable power-on/power-off reset timeout and adjustable power-on/power-off reset thresholds. It also contains a programmable reset delay and a manual reset input, allowing for easy testing and reset of microprocessors. In addition, the MAX6313UK25D3-T provides an open-drain active-low reset output (RESET) which can be used to reset an external logic circuit.

The MAX6313UK25D3-T is a highly functional PMIC supervisor with low operating power, making it well-suited for low-power, battery-operated applications. Its on-chip power-on reset circuitry and manual reset input make it easy to use, while its adjustable reset timeout ensures reliable system reset under most conditions. Finally, its open-drain active-low reset output can be used to reset external circuits, making it a versatile and highly featured PMIC supervisor.

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