X40411S8I-AT1 Integrated Circuits (ICs)

PMIC - Supervisors

The X40411S8I-AT1 is an advanced supervisor from ETC (ETC). It is a low-power, single-channel power supervisor in modular integrated circuit (IC) form factor. It offers a wide range of features and benefits that make it the ideal choice for many applications requiring monitoring and protection against over-voltage, under-voltage and power loss.

Application Field

The X40411S8I-AT1 is mainly used in a wide range of industrial and commercial applications such as automotive, process control and automation, home automation, aerospace, networking, communication and so on. It has pin-compatible options including Supervisory IC’s, voltage detectors, voltage monitors, voltage regulators, load switches, power on reset, power loss supervisor and power controllers. It is designed to provide advanced monitoring and protection for the safety, reliability and performance of applications.

Working Principle

The X40411S8I-AT1 works on the same principle of other power superiors – it uses a monitoring circuit that recognises when the power line either goes beyond regulated levels or drops below them. When the voltage becomes or falls out of the regulated levels a signal is sent to the user (e.g. a processor) that some type of action must take place. Depending on the application this can range from resetting the system to powering it down.

The X40411S8I-AT1 also has the ability to provide high accuracy in the monitoring of the output voltage. By using a temperature compensation system it is able to adjust any fluctuations in voltage due to temperature thereby ensuring your system is always accurately monitored. It is also extremely low power, with a maximum standby current of only 0.9μA, which makes it well suited for battery powered applications.

Conclusion

The X40411S8I-AT1 is a very reliable and cost effective power supervisor for use in a variety of applications. It has many features and benefits that make it a great choice for those requiring monitoring and protection against over-voltage and under-voltage conditions. A temperature compensation system ensures accurate voltage monitoring, while a low power standby current helps ensure battery power is not wasted.