ADM8611N263ACBZ-R7

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The ADM8611N263ACBZ-R7 is an integrated, configurable voltage supervisory microcircuit designed to provide power supply monitoring for commercial electronics. It is part of the Supervisors, or PMIC (Power Management Integrated Circuits), section of the Analog Devices lineup. As a voltage supervisor, the ADM8611N263ACBZ-R7 contains a high accuracy, wide input range compared to basic linear regulators. This allows the supervisory circuit to efficiently monitor the power supply in a variety of applications.

When a power supply exceeds or falls below a predetermined threshold level, the ADM8611N263ACBZ-R7 generates a reset signal. This signal can be used to alert the system to imminent instability and ensure that critical data is saved. The supervisory microcircuit can also be used to monitor more than one power supply at the same time, which is a great benefit in more complex systems.

The ADM8611N263ACBZ-R7 will typically be found in a variety of systems, such as in industrial automation, test and measurement equipment, office automation, and medical systems. In medical applications in particular, the supervisory microcircuit can be used to monitor the operating voltage of medical equipment, such as health monitors, devices for surgery and home healthcare products. In general, it is designed to provide a reliable, cost effective solution for power supply detection and power monitor reset in a variety of designs.

The ADM8611N263ACBZ-R7 operates on a typical operating voltage range of 2.4V to 3.6V, allowing it to accurately monitor a wide range of systems. It features an adjustable reset output voltage from 1.8V to 4.7V, which ensures that an appropriate output voltage can be provided to meet the needs of various systems. The ADM8611N263ACBZ-R7 is also capable of providing a manual reset trigger, which is an additional benefit for more complex systems.

The main function of the ADM8611N263ACBZ-R7 is to provide a reliable power supply monitoring system. It does this by monitoring the regulated supply voltage. If the voltage drops to or rises above a preset value, the supervisory circuit quickly responds by generating a reset signal. The reset signal is typically used to reset the system, thus ensuring that critical data is not lost and that the system remains stable.

In addition, the ADM8611N263ACBZ-R7 offers several benefits to system designers. For instance, the device is offered in a lead-free, low profile DFN package, which allows it to be mounted any location. It is also highly configurable, allowing it to be tailored to the unique requirements of various systems. Finally, with its wide input range, it is suitable for applications where precision monitoring is a necessity.

The ADM8611N263ACBZ-R7 from Analog Devices is a powerful, highly configurable voltage supervisory microcircuit designed to provide a reliable power supply monitoring system. It is suitable for use in a wide range of applications, including industrial automation, test and measurement equipment, office automation, and medical applications. With its adjustable reset output voltage, manual reset trigger, wide operating voltage range, and lead-free, low profile DFN package, the ADM8611N263ACBZ-R7 can be tailored to meet the unique needs of any system.

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