MAX16086US27E/V+T

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Supervisors are a type of Power Management Integrated Circuit (PMIC) found in embedded, digital and mixed-signal applications. The MAX16086US27E/V+T is a low-side, 12-bit supervisor that is designed to monitor the power supply, battery or other output voltage or signals in systems or applications. The supervisor also provides a temperature sensor, allowing it to be used in thermostatically-controlled systems.

The MAX16086US27E/V+T supervisor has a wide range of possible application fields. It can be used in consumer products such as mobile phones, tablets and PDAs to detect events such as low battery or other output voltage. It can also be used in motor control applications as a signal failure detector. In embedded systems, the supervisor can be used to detect signal level drops and temperature changes, which can potentially damage embedded components and systems. Finally, the MAX16086US27E/V+T can be used in automotive applications such as engine ignition and power steering systems.

The MAX16086US27E/V+T operates by detecting a signal level drop or temperature threshold. When the low signal or temperature threshold is crossed, the supervisor immediately issues an active-low signal to alert the system. The output signal can also be used to initiate software or hardware control processes. The supervisor also includes an open-drain/push-pull active-high reset output signal, used to initiate a power-on system reset.

The MAX16086US27E/V+T operates from a single supply voltage of 2.7V - 5.5V, and features an adjustable reset delay from 32ms to 0.2s. It also features precision power supply monitoring of up to 1% accuracy. Finally, the supervisor operates over an operating temperature range from -40ºC to +125ºC.

In summary, the MAX16086US27E/V+T is a low-side, 12-bit supervisor that can be used in a wide range of applications to monitor the power supply, battery or other output voltage or signals in systems or applications. With its precision power supply monitoring, adjustable reset delay and wide operating temperature range, the supervisor is well suited for embedded, digital and mixed-signal applications.

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