MAX704SCSA+

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The MAX704SCSA+ is a PMIC - Supervisors device, specifically designed to provide Backup Battery Support and supervisory functions in a wide range of mobile communication devices. It can be used as a backup battery voltage monitor or a low battery voltage detector. The MAX704SCSA+ supports both system level and power source monitoring for various mobile applications, including smart phones, tablets, and other hand-held electronic devices.

The MAX704SCSA+ was designed to provide up to 2.2V of Backup Battery Support, sourced from any 2-cell or 3-cell Li-Ion or LiFePO4 cell. It also provides power source monitoring for both system level and power source levels, to ensure maximum protection for the device and its components. The MAX704SCSA+ features an adjustable reset circuit, to allow the designer to set different thresholds for reset and back-up voltage and to configure the device for different input power sources.

The MAX704SCSA+ also includes several protection features to protect the device and the connected components from over-temperature, short-circuit and overvoltage faults. It also includes a low battery voltage detector, which can provide an indication when the voltage reaches a certain level. The device is also able to distinguish between the system\'s power supply, an external supply and the Backup Battery Support, for more accurate power source monitoring.

The MAX704SCSA+ also offers several comparison options to allow for quick and easy programming. It can be programmed using the SPI interface and can be used with a wide range of mobile communication devices. In addition, the MAX704SCSA+ also offers integrated protection from accidental power cycle issues, and is designed to ensure maximum protection for the device and its components.

Overall, the MAX704SCSA+ is an ideal choice for mobile communication applications. Its various protection features, easy programming and fast comparison options make it well-suited for a wide range of mobile communication devices. In addition, it provides high levels of security by monitoring both system level and power source levels, allowing for maximum protection of the device and its components.

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