MAX6385XS17D3+T Integrated Circuits (ICs)

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Power management integrated circuit (PMIC) supervisors are an integral part of any electronic system design, especially when it comes to the critical power supply systems. The MAX6385XS17D3+T is an advanced power supervisor PMIC specially designed to meet the needs of today\'s most demanding applications. This device provides a series of integrated circuitry to simplify the power supply design and offers versatile monitoring, efficiency, failure detection, and system protection.

The MAX6385XS17D3+T is intended for use in applications such as industrial control systems, distributed power architectures, automotive applications, and embedded systems. This power supervisor PMIC provides efficient and accurate power management, pairing advanced features with integrated features. It features a VIN (input voltage) range from 4.5 to 17V and offers excellent precision accuracy to guarantee reliable voltage and current monitoring. It also offers an accurate over-voltage and over-current protection to provide reliability and safety during operation.

The MAX6385XS17D3+T offers several programmable features for system protection and reliability. This PMIC features an I2C-programmable system reset timeout with programmable reset delay. It has an automatic voltage-monitoring circuit that can be used to monitor the supply voltage and generate an interrupt to the system controller when the voltage is out of the desired range. The kill-OK control input enforces a power-on reset whenever it is activated and ensures that the system remains in a stable condition after a power-on reset. The Reset Delay Timer provides an adjustable delay between the incoming power voltage and the active system reset.

To ensure reliable operation, the MAX6385XS17D3+T includes an adjustable fault-detection threshold. This threshold helps to accurately detect and identify short-circuit and open-circuit conditions and will help to protect the system from fault conditions. It also includes integrated thermal protection to monitor and detect extreme temperature conditions, helping to ensure the power system remains safe and reliable even under harsh environmental conditions.

The MAX6385XS17D3+T provides an integrated power-good output signal that indicates when the output voltage is stable and within the desired range. This signal can be used to control the system\'s power signals, allowing the system to be reset safely once the power has stabilized. The device also features an adjustable watchdog timer with an output signal, allowing for system reset in case of a hang or shutdown.

The MAX6385XS17D3+T provides an optimized power-management solution for various applications. The fully-integrated circuitrycontains both shunt regulators and current-limiting circuits to guarantee reliable and accurate operation and system protection even under power fluctuations and extreme environmental conditions. With the integrated features, the device is capable of providing more reliable energy efficiency with minimal external components, thereby reducing system cost and complexity.

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