BU4327FVE-TR Integrated Circuits (ICs)

Power Management Integrated Circuit (PMIC) supervisors are circuits that are used to monitor and manage power in an electronic system. The BU4327FVE-TR is a PMIC supervisor IC that is designed to provide accuracy in critical and demanding applications. This IC is ideal for managing power in communications and networking, industrial, automotive, and consumer applications.

The BU4327FVE-TR operates as a three-input supervisor IC, which provides three independent inputs with an adjustable falling voltage threshold and an open-drain reset output. This IC features a low quiescent threshold current of 4 μA, which allows for low power consumption. Additionally, the BU4327FVE-TR is able to operate with a supply voltage range of 1.8V to 5.5V, allowing for compatibility with a wide range of applications.

The BU4327FVE-TR is a highly reliable IC, and is designed to provide a reset output when any of the three inputs goes below the falling voltage threshold. This threshold is set by the user and can range from 0.7V to 4.0V, giving it the flexibility to be used in a variety of situations. The reset output is an open drain type which has a maximum sink current of 5.5mA and a minimum fall time of 50μs.

The BU4327FVE-TR has numerous features designed to ensure its usability and reliability. The BU4327FVE-TR has a watchdog timer, which is used to monitor the system’s activity and ensures that the system will reset if it fails to respond. Additionally, the IC has an adjustable watchdog timeout period, which is used to reset the IC after a specified time period. This IC also has an active-low output, allowing for better differentiation between active and idle states.

The BU4327FVE-TR is an ideal IC for use in any application requiring accurate and reliable power management. This IC is versatile, thanks to its adjustable voltage threshold, and its low power consumption makes it highly energy efficient. Its numerous features provide users with the assurance that the IC will perform correctly in many different applications.