X40410S8-C

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The X40410S8-C is a supervisor / system reset and power on reset (POR) device. Developed by ON Semiconductor, the device is one of their supervisors in the PMIC series featuring system reset technology. The X40410S8-C works by providing lower system power supplies with a current-limited reset pulse. This pulse is randomized to prevent a false system reset, and is designed to ensure the power up sequencing remains consistent. The reset pulse also eliminates any needs of a manual reset switch.

The X40410S8-C offers power-on protection against large input voltage transients and momentary actuation of the system motherboard. This enables it to monitor the output of various power supplies. The device also helps prevent any accidental restarts, such as from a power failure, that may lead to system data loss. System parameters such as the power-on reset (POR) timing, reset all threshold, and reset timeout (TOUT) values can be customized by adjusting the pin configurations.

The device offers a number of other features, such as an automatic power-off circuit, which can be used to shut down the system when necessary. The X40410S8-C can also detect any negative voltage transients and dispatch a system reset signal if needed. To further protect the system, the device offers immunity against short pulses, due to its high ESD protection features.

The X40410S8-C PMIC device is designed for a wide range of applications, such as automotive, industrial, medical, and consumer electronic systems. It is also suitable for various low-power voltage applications, such as embedded systems, automotive body control modules, and industrial communication devices. And with its small SOP-8 package, the device is ideal for micro-processor systems.

The X40410S8-C device is made up of several components, such as a voltage supervisor, temperature sensor, logic circuit, Schmitt trigger, and reset drivers. The voltage supervisor monitors the system voltage, and when the voltage drops below a specified threshold (typically 3V) it switches the other components on and off in order to reset the system. The temperature sensor is used to detect the temperature of the system and use this to adjust the reset threshold. The logic circuit is responsible for the reset timing, and by adjusting the pin configurations its settings can be customized. The Schmitt trigger helps provide a clean reset signal, while the reset drivers provide a current-limited reset pulse to the system.

The X40410S8-C PMIC is a reliable, cost-effective device that is designed to ensure system data integrity and efficient power up sequencing. With a wide range of applications, and its small SOP-8 package, the X40410S8-C supervisor offers a no-fuss, plugged-and-play approach to system reset and power-on functionality. This makes it a great asset to any system or application that requires no-hassle, reliable reset solutions.

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