MAX6379XR46+T

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Integrated circuits (ICs) that manage and monitor power supply performance are collectively referred to as power management ICs (PMICs). The MAX6379XR46+T is a PMIC - Supervisors. It is designed to monitor voltage and current levels in real-time, providing power supply and system designers with a means to enhance system performance while meeting the challenges of power supply design in ever-shrinking form factors.

The MAX6379XR46+T is a supervisor IC which is designed to offer high accuracy, low power consumption and high noise immutability. The device, measuring just 3.00mm x 3.00mm, provides all the necessary features of power supply design today in only a very small space. Typical applications include powering battery-powered system, sensors, wireless products, and other consumer, industrial, and automotive products.

The MAX 6379XR46+T device offers 10 programmable threshold levels that may be used to control a wide range of operating conditions. The device’s flexible configuration settings allow for voltage detection between 2.25V and 5.5V, as well as overvoltage detection between 4.4V and 5.5V. In addition, current and temperature settings can also be programmed, giving designers the ability to monitor and manage power consumption in battery-powered systems.

The MAX6379XR46+T also contains programmable power supply and system reset protection functions. The device features a wide input voltage range of 2.25V to 5.5V and is capable of detecting supply voltage levels to a resolution of 0.14mV. The device contains a low-power electronic shutoff circuit to reduce current consumption during system standby or power-down operation. In the event of an over-current or temperature situation, the MAX6379XR46+T offers a reset output to power down the system or restore normal operation.

The MAX6379XR46+T is an excellent choice for a power supply design as it offers a broad range of programmable features and configurable settings. Its simple pinout allows for an easy to use solution which requires minimal extra design and component resource. In addition, the device offers enhanced noise immunity and exceptional accuracy, making it an extremely reliable choice to power and manage smart electronics.

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