IXDI404SIA

The IXDI404SIA is an integrated circuit from IXYS power MOSFET and IGBT driver family. It is a single-channel MOSFET driver/gate driver specifically designed to provide superior performance in applications needing high power. This driver is designed to drive high-speed MOSFETs, IGBTs, and other power switches. It is widely used in power switching, switching power supply, servo drive, DC/DC converter, motor control, and various other high power applications.

The IXDI404SIA is specifically designed to deliver improved performance in high-power applications. It features an adjustable peak current rating from 1.5 to 6 A, a typical rise and fall time of 42V/ns, and a low total gate charge of 13 nC. The integrated circuitry also features a built-in temperature compensation control. This temperature compensation allows the driver to range control when the temperature rises and falls, enabling more reliable operation in difficult environmental conditions.

The IXDI404SIA also features a wide range of protection functions that can be used in a variety of applications. It includes a built-in soft-start circuit to reduce surge current, a removable overvoltage clamp to protect against voltage transients, a UVLO function to prevent device turn-on at low voltages, and an over-temperature protection circuit to ensure reliable, safe operation. These features make it suitable for use in high-power applications in which the device must be protected against any external or internal events that may cause damage.

The IXDI404SIA is a single-channel MOSFET driver/gate driver based on a high-speed power-driven circuit topology. It features a low on-resistance MOSFET amplifier and PWM driver circuit. It also includes a state-of-the-art gate drive system that offers fast switching speeds and low power consumption. The device is provided in a small 6-pin medium power package, making it suitable for use in limited space.

The IXDI404SIA is a versatile MOSFET driver/gate driver that can be used in a variety of power applications. Its robust protection functions make it an ideal choice for high-power applications requiring reliable and safe operation. With its high peak current, fast switching speeds, and low power consumption, the device is an ideal choice for applications where fast, efficient operation is desired.