MAX6388XS36D7-T

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PMIC - Supervisors

The MAX6388XS36D7-T is an ultra-low-power precision supervisor circuit packed in a tiny 3.0 mm x 2.0 mm wafer chip scale package (WCSP). It is widely used in power applications because of its high reliability and light weight. With its compatibility to slow start-up and fast fault response, it can easily handle sudden drops in power and prevent the board from faulting out due to sharp increases in power.

The MAX6388XS36D7-T supervisor contains three major components. The first component is a voltage detector that continuously monitors the supply voltage and detects when the voltage drops below or rises above the preset threshold. The second component is a time-delay circuit that adjusts the delay time before the detector turns on and off. The third component is a MOSFET that acts as a low-power switch and energizes a connected load when the supply voltage is between the predetermined thresholds.

This voltage detector, time-delay circuit, and MOSFET are all carefully designed to provide high accuracy, precision, and low power consumption for battery operation. The MAX6388XS36D7-T is capable of driving up to 500 mA of steady current, allowing it to easily power multiple ICs or actuators simultaneously.

The MAX6388XS36D7-T has a wide range of applications in a variety of fields due to its precision, low-power consumption, and robustness. It is ideal for use as a sensor supervisor, power monitoring circuit, power interruption protection, and circuit protection in consumer electronics, such as laptops, tablets, and smartphones. It can also be used in industrial applications, such as power supplies, inverters, solar chargers, and HVAC systems. Additionally, it can be used as an automotive supervisor for automotive starters and vehicle navigation systems.

The MAX6388XS36D7-T provides reliable power management, along with its excellent temperature stability. The device has a high input voltage lock-out that prevents accidental start-up and a built-in power pump that isolates and buffers the power supply input. These features can protect against noise and spikes while providing reliable power without fail.

In conclusion, the MAX6388XS36D7-T is an excellent device with various applications. Its high accuracy, low current, low power consumption, and reliable power management capabilities make it an ideal choice for power applications in many different sectors, such as consumer electronics, industry, and automotive.

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