MAX16083XR14B+T

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MAX16083XR14B+T is an advanced precision, dual-channel supervisor IC from Maxim Integrated suitable for monitoring system power supplies. It includes two comparators capable of accepting two supply inputs and detecting when their respective voltages are within pre-set threshold values and is supervisory tasked with ensuring the desired voltage remains within their set boundary.

The IC is also capable of providing two window watchdog timer functions which both fail-safe and fail-latch operation. The timer can be reset by assertion or de-assertion of its reset pin which has active-low capability and an open-drain output, ensuring low EMI. Additionally, the window watchdog timer can be activated independently on each input, meaning they can be configured separately depending on the application.

The MAX16083XR14B+T has a minimal standby current of 0.1 microamps, making it ideal for low power applications, plus its built-in fault detection features maintain optimal voltage levels and provide an output which can be used to inform system CPUs or other controllers in the event of an abnormal supply voltage.

The IC is available in 8-pin packages which are both lead-free and RoHS compliant and its components operate over a temperature range of -40°C to +85°C. It contains an integrated charge pump which can operate at low supply voltage levels and provides precise voltage detection down to 0.9V, making it suitable for the most complex of conditions.

The MAX16083XR14B+T is ideal for use in a wide range of applications including telecoms, industrial, automotive, medical and consumer electronics. It is also particularly useful for scenarios where system failure due to power issues needs to be minimized, such as battery charging and system boot up functionality. The combination of low standby current, wide temperature range and precise voltage detection provides a great solution for safeguarding against power supply anomalies.

In summary, the MAX16083XR14B+T offers a great level of protection against power failure in a variety of applications. Its dual-channel operation, combined with minimal standby current and precise voltage detection, ensures reliable operation and peace of mind in systems that are susceptible to power issues. This makes it perfectly suited for systems where the reliability of power supply is paramount.

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