X5645P

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PMIC – Supervisors are a class of integrated circuits that enable a secure power supply to a wide range of devices or applications. The X5645P is a supervisor IC designed to provide a safe and reliable power supply. It is known for its excellent design, high performance and exceptional power efficiency.

The X5645P is a single-output supervisor IC with an adjustable threshold, open-drain output, and a low on-resistance with a 0.7mA source and 0.2mA sink capability. It is designed for a wide range of applications, including microcontrollers, mobile phone cards, and other mobile related products. The IC is capable of regulating the supply voltage for a wide range of power demands, such as high current draw or static power usage. It also provides an additional voltage supply to provide a reliable power supply when the primary power drops.

The X5645P uses a patented Linear Voltage Drop Detector (LVDD) circuit to provide an adjustable voltage threshold and open-drain output. The LVDD circuit uses an adjustable voltage reference to set the appropriate level of behavior against input supply voltage variation. When the current load increases, the IC senses the sudden drop in voltage and the open-drain output is activated, providing a device reset or power-on reset.

The X5645P also features a built-in temperature-compensated voltage reference, overvoltage protection (OVP), and undervoltage lockout (UVLO). The OVP function helps to protect the device from overvoltage events, while the UVLO helps to provide an efficient usage of power by shutting down the device when the input voltage is below a certain value. The temperature-compensated voltage reference helps to ensure a reliable voltage reference across extreme temperature ranges.

The X5645P is a high-performance supervisor IC designed for a wide range of applications. It is capable of providing a secure power supply and can easily be adjusted to meet changing needs. Furthermore, the features such as OVP, UVLO and temperature-compensated voltage reference make it a cost-effective choice for many applications.

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