MAX16083XR46V+T

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The MAX16083XR46V+T is an advanced supervisor PMIC (power management integrated circuit) which is designed for low voltage embedded systems. This device integrates a wide range of power functions including voltage supervisors, current-limiting protection, power path control, and adjustable voltage scaling. The MAX16083XR46V+T also provides functions such as voltage and current monitoring and power-good/reset signaling.

The main feature of the MAX16083XR46V+T is its versatile voltage supervisors. This device includes four high-efficiency supervisors with adjustable switching thresholds, enabling wide-range monitoring of input supply voltages. The threshold can be set to any desired voltage between 4.5V and 15V to protect the system from brownouts and overvoltage conditions. The supervisors are designed to continuously monitor power supply voltages, and if any of the voltage falls below the threshold, an active-low reset pulse is issued. This pulse can be used to system reset or to trigger an interrupt on the controller.

The MAX16083XR46V+T also features current-limiting protection. This feature helps protect the system from over-current scenarios by limiting the output current to a predetermined safe level when the voltage exceeds a certain threshold. In addition, the device also provides power path control, allowing the system to switch between different power sources in order to maximize battery life. The adjustable voltage scaling feature also enables the device to dynamically adjust the output voltage of the system to optimize system performance and reduce power consumption.

The MAX16083XR46V+T is an advanced PMIC solution with many features that make it ideal for use in low voltage embedded systems. Its versatile voltage supervisors, current-limiting protection, power path control, and adjustable voltage scaling ensure that the system is adequately protected against over-voltage, under-voltage, and over-current scenarios, while providing reliable power delivery and optimized performance.

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