MAX16103V3113+T

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PMIC (Power Management ICs) Supervisors are special-purpose ICs designed to monitor and regulate voltage levels in power supplies. In this article, we will discuss the application field and working principle of the MAX16103V3113+T Supervisor.

The MAX16103V3113+T Supervisor is an adjustable voltage, precision power-supply supervisor with integrated phase-delay, a dual comparator and push-pull reset and watchdog output. The device also provides electronic circuit protection against faults in both single-cell and multi-cell battery powered systems.

The MAX16103V3113+T can be used in a wide variety of power management applications ranging from automotive to consumer and industrial electronics. It is ideal for applications where external device monitoring and reset/interrupt functions are required, such as system power-on reset or thermal shutdown in power converters.

The MAX16103V3113+T is equipped with an adjustable voltage comparator that allows it to detect input voltage variations up to 5 volts. It also has an integrated digital phase delay, which can be used to delay the reset output until after power sequencing has been completed. The device also has an open-drain active-low reset output, which can be pulled to the ground, and a watchdog input, which can be used to monitor system activity.

The working principle of the MAX16103V3113+T is that, when it is powered up, the device begins monitoring the inputs. If the voltage is less than the adjustable threshold or there is no active watchdog signal, the reset output will be pulled low. This low reset signal will then be propagated to other circuits, signaling a power-on-reset or a fault condition.

The MAX16103V3113+T is an ideal device for applications that require robust voltage monitoring and reset/interrupt functions. The device is highly reliable and has low power consumption, making it a good choice for power management applications in battery-powered systems. It is also suitable for applications that require precision timing of reset signals, such as power sequencing.

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