 Hello and welcome to PCIM 2023. Here we are showcasing ST's silicon carbide power discrease. We are leaders in silicon carbide with our reliable and high performance breakthrough power technologies. Today I am going to tell you about our latest Gen3 6 series, and the different boards you can use to accelerate your development. So, first about Gen3. It is leveraging ST's experience with more than 150 million automotive grade 6 devices already shipped. It has been further optimized in all resistance and gate charge, with outstanding results in conduction and switching losses, to reach the highest efficiency possible in applications. Gen3 is available in a wide range of multi-source industry standard discreet packages. This gives you unbeatable flexibility to select the best fitting solution for your design. ST6 Gen3 is widely used in industrial applications such as high power DC chargers for electrical vehicles, solar inverters, energy storage systems, UPS, motor drives and automotive applications. Let's have a look at a specific solution equipped with silicon carbide. Here you see a complete digital power solution for high power, three phase active front end, based on the three level VN topology. Typical end applications are DC charger stations for electrical vehicles and UPS. It reaches a power of 30 kilowatts with peak efficiency of more than 98.5%, and a frequency of 70 kilowatts. This is possible thanks to the use of SIG Gen3 MOSFETs. Here they are housed in four-lit packages that increase switching frequency, reduce energy losses and allow higher frequency operation. Each SIG MOSFET is driven by an ST galvanic isolated driver from the ST gap drive series. This topology is even using ST SIG dials with high forward charger capability ensuring an outstanding robustness during transient phases. Another point to note is that the system features a fully digital control with the STM32G4 microcontroller. It is providing the full control of the entire system, and it also provides the full control of the entire system. The system also provides the full control of the entire system with the STM32G4 microcontroller. It is providing the full control of the power factor, DC voltage and soft start-up. Here you see another reference design from ST that enables the evaluation of the switching and thermal performances of SIG MOSFETs in four-lit discrete packages, in half-bridge topology. You can use this platform as a tool for double pulse tests. You can measure the rate of voltage and current changes over time, voltage and current overshoot, and energy on and energy off switching energy losses. For more information visit ST.com slash SIG. Thanks, talk to you soon.