IXDN514PI

The IXDN514PI is a PMIC - Gate Drivers designed for driving high-current and high-side Gate Drivers. With a low on-resistance output, the IXDN514PI is able to drive larger loads quickly and accurately as well as with galvanically isolated gates. Its integrated protection features and optics technology ensure safe and reliable operation. This device is widely used in motor controllers, power converters, and other automotive, industrial, and consumer applications.

The IXDN514PI has an integrated power transistor that can drive a wide range of Gate Drivers. It is capable of delivering high-current pulses of up to 1 A and has a low on-resistance of 8 mΩ. Although it is mainly used for high-side gate drivers, it can also be used as a low-side gate driver in some applications. The IXDN514PI offers a wide operating temperature range of -40 to +105 °C, so it can be used in a variety of demanding environments.

The IXDN514PI also features integrated protection features that ensure the safety of the system. It has built-in short-circuit protection, thermal shut-down protection, and an on-chip voltage regulator that prevents over-voltage damage. In addition, it has a dedicated input pin that monitors the output voltage, allowing real-time monitoring of the output current. This ensures safe and reliable operation.

The IXDN514PI Gate Drivers also includes optics technology that enables it to quickly, accurately, and reliably switch from a low-side to a high-side gate driver. It utilizes an optical encoder to ensure accurate timing when switching from one side to the other. This helps reduce system complexity and reduce the risk of short-circuits, which are common when changing gate drivers. With its integrated protection features, fast switching speed, and secure signal transmission, the IXDN514PI is a reliable and efficient Gate Drivers for a variety of applications.

The IXDN514PI is a reliable and efficient PMIC - Gate Drivers capable of driving a wide range of Gate Drivers. It provides fast switching speeds, secure signal transmission, and integrated protection features that ensure safe and reliable operation. Furthermore, its wide operating temperature range and low on-resistance output makes it suitable for use in a variety of environments. This makes it a great choice for motor controllers, power converters, and other automated and consumer applications.