ADM6348-39ARTZ-R7

ADM6348-39ARTZ-R7 is a power management integrated circuit (PMIC) from Analog Devices. It is part of the PMIC - Supervisors family, and is designed for a variety of applications.The ADM6348-39ARTZ-R7 is a low power loss supervisor with a wide operating voltage range of 2.5 to 5.5 volts, and is intended for use in point of load applications. It provides protection against fault conditions and overvoltage, and also supports a power-on reset and/or manual reset. It also provides an output that can be used to control the system’s power-on sequence, and supports power-on reset and/or manual reset.The ADM6348-39ARTZ-R7 is designed to monitor three power-supply levels: input voltage, control voltage, and system voltage. It can be used to protect against fault conditions and overvoltage, and also has a programmable reset timeout delay and an adjustable reset threshold. It also includes an open-drain active-low reset output, which can be used to control the power-on sequence, and an adjustable power-on-reset output.The ADM6348-39ARTZ-R7 contains a voltage supervisor and sequencing circuit, which is designed to monitor three separate power supplies. The voltage supervisor is capable of detecting fault conditions and overvoltage conditions, and can provide a reset signal if either condition occurs. The power-on reset timeout delay and adjustable reset threshold allow the user to adjust the reset behavior.The ADM6348-39ARTZ-R7 can be used in a variety of applications, including embedded systems, motion control, industrial automation, healthcare, and portable/mobile applications. It is suitable for use in multi-voltage systems and applications, as it supports multiple power supplies.In summary, the ADM6348-39ARTZ-R7 is a low power loss supervisor, designed for a variety of applications. It is designed to monitor three power-supply levels and can be used to protect against fault conditions and overvoltage. It supports a power-on reset and/or manual reset, has an adjustable power-on-reset output, and can be used in multi-voltage systems and applications.