 Hello and welcome to our video on getting to know ST Microelectronics ST-Drive Gate Drivers for MOSFETs and IGBTs, ST-Drive L638 and L639 series, dual-channel high-voltage half-bridge gate drivers, operated voltages up to 600 volts with current capability range between 400 and 650 milliamps and provide all necessary functions for high and low side MOSFETs and IGBTs. They integrate a bootstrap diode, adjustable dead time and interlocking function to avoid undesired simultaneous turn-on of both power switches, smart shutdown function for self-protected devices, current sense comparator and operational amplifier. This makes it possible to implement field-oriented control, removing the need for discrete external solutions. This integration reduces the number of PCB parts and increases layout flexibility. It simplifies the design of control systems for a wide range of motor applications such as factory automation, industrial drives, home appliances, induction heating, HVAC, lighting applications and fans. The L649 series high-voltage half-bridge gate drivers is able to operate at voltages of up to 600 volts with a high current drive capable of a 4 amp sync end source. It features an integrated bootstrap diode, smart shutdown function, comparator for fault protection, adjustable dead time and interlocking function. Its extreme robustness makes it ideal for motor drivers for home appliances, power supply units, factory automation, HID ballasts, wireless chargers and industrial inverters. The STGAP 1AS galvanically isolated single-channel gate driver features a 5 amp sync end source driver current capability, a high-voltage rail, up to 1500 volts and is qualified for automotive applications. It provides enhanced robustness, noise immunity and design flexibility. Protection functions such as the Miller clamp, desaturation detection, dedicated sense pin for overcurrent detection, output two-level turnoff and VCE overvoltage protection are included to easily design high reliability systems. Open-drain diagnostic outputs are present and detailed device conditions can be monitored through the SPI. Each functions parameter can be programmed via the SPI making the device very flexible and allowing it to fit in a wide range of applications. The device's high current capability allows for a large application spectrum including electric vehicles, industrial applications such as 600 and 1200 volt inverters, motion control systems, power conversion applications and solar inverters. For more information visit www.st.com slash gate drivers.