X4325S8-2.7

X4325S8-2.7 is an advanced PMIC (Power Management Integrated Circuit) Supervisor specifically designed to protect microprocessors. It ensures that all system power supply sequence are accurate and up to the required specifications to protect the system.

The X4325S8-2.7 integrates a variety of features to provide device safety and protection for microprocessor-based systems. It incorporates a 5V monitoring output to detect over-voltage or under-voltage conditions, as well as a brown-out detector to protect from low voltage. It also features watchdog timer to monitor system progress, Intel VID power cycling and short circuit protection.

The X4325S8-2.7 is designed to work with any microprocessor system and supports Intel Aurora, VR12 and AMD K8 core logic. Its PMIC architecture allows for support of two separate power rails to enable multiple power domains, while simultaneously providing a low power standby mode which conserves energy. In addition, the device has on-chip reset and power sequencing capabilities.

The X4325S8-2.7 operates on a voltage range of 1.2 V to 4.8 V, and provides a very low standby current of 2 μA. It is available in a 5 x 5 mm 24-pin QFN package and is qualified for exposure to a wide temperature range of -40°C to +85°C.

The primary application of the X4325S8-2.7 is to protect microprocessor-based systems from over-voltage, under-voltage, brown out, and short circuit conditions. This protection is accomplished through the integrated watchdog timer, 5V monitor output, Intel VID power cycling, as well as on chip reset and power sequencing. In addition, the device provides a low power standby mode, allowing for energy conservation.

In summary, the X4325S8-2.7 is an advanced Power Management Integrated Circuit Supervisor designed to protect microprocessor-based systems from a variety of conditions. It contains a wealth of features including a 5V monitoring output, brown-out detector, watchdog timer, Intel VID power cycling and on-chip reset and power sequencing. This PMIC is an excellent choice for protecting any microprocessor-based system from fault or damage.