MAX6375XR28-T

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PMICs and supervisors are important components in microcontrollers. They are responsible for providing and controlling the power to the system’s microcontroller in order to ensure that the microcontroller functions correctly. Supervisors specifically regulate power control in one or more microcontrollers.

The MAX6375XR28-T is a high-precision supervisors used in microcontrollers and is designed to protect against undervoltage, overvoltage, and power-on reset events. The device features a low quiescent current of 0.03 μA, making it suitable for battery-powered applications. The supervisor also features a programmable VOL/VOH reset threshold that can be adjusted based on system conditions.

The MAX6375XR28-T offers several features to meet the needs of various applications. It is designed to protect digital systems from overvoltage and undervoltage conditions, as well as reset events due to power-on. The device also features two separate comparators, with one for detecting overvoltage conditions and one for detecting undervoltage. It has an adjustable Schmitt trigger input for reset/interrupt, with an adjustable/programmable threshold that can be set based on system conditions.

The MAX6375XR28-T is best suited for power-managed systems that require low standby power, with high voltage protection, low power cycling, and reliable reset. It is particularly useful for embedded systems that require high performance and power efficiency. It is especially useful for applications such as tablets and laptops, where power optimization is essential.

The MAX6375XR28-T monitors the system supply voltage and sends an active low reset/interrupt signal when the voltage level falls below a programmable threshold. It also monitors the voltage level of the system supply and trips a reset/interrupt signal when the supply voltage exceeds a certain level, preventing overvoltage damage. This allows the MAX6375XR28-T to protect against voltage fluctuation due to sudden load changes, ensuring reliable system operation.

The MAX6375XR28-T also includes power-on reset (POR) capabilities, allowing it to detect a reset event due to a power-on condition. This ensures that the microcontroller begins with a known state regardless of previous operating conditions and provides circuit protection against brown-outs.

The MAX6375XR28-T is a reliable, low-power supervisor for microcontrollers and other digital systems. It can protect against undervoltage, overvoltage, and power-on reset conditions, as well as providing circuit protection against voltage fluctuations due to sudden load changes. Furthermore, its quiescent current of 0.03 μA makes it ideal for battery-powered applications. The MAX6375XR28-T is ideal for embedded system applications that require high performance and power efficiency.

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