 Good morning, everyone. My name is Sara Mattioli and I work in ST Automotive Product Marketing team in Michigan. Today I'm going to present our Intelligent Power Switches and in particular our Highside Drivers in VI Power Technology. VI Power stands for Vertical Intelligent Power, a technology that is still invented in the early 90s to integrate additional circuitry for control, diagnostics and protection to a discrete power MOSFET, creating a so-called Intelligent Power Switch. Intelligent Power Switches provide many advantages that are expected to a discrete solution, offering full protection and diagnostics and at the same time reducing design complexity and number of components for a more reliable, performant and cheaper solution. Thanks to the continuous technology innovation and state-of-the-art products, ST has been leading in this market for almost 30 years. Today we are still in production with several older technologies to guarantee the longevity our customers need, as well as we offer new competitive technologies with smaller lithography for higher power density and smaller package sizes, embedding more features at a lower cost. In particular, we have a broad portfolio of Highside Drivers for 12V applications in M07 technology that we will present in more detail today. For 24V applications, we have a family of Highside Drivers in M05T technology with similar protection and diagnostics feature to the M07. We have in development the best-in-class Highside Drivers for 12V applications in M09 and M09 SPI technologies that will be released from January 21 until 2022, and the new Highside Drivers and DALF bridges for 48V applications in our new M011 100V technology. And finally, our new VFUSE products with embedded EFUSE protection for 12V, 24V and 48V systems. This roadmap represents an absolute technology breakthrough and we invite you to contact us for more information. An Highside Driver switches current into loads connected to ground and safely protects itself and the system from potentially dangerous fault conditions. It also provides a diagnostics feedback to the microcontroller. It can be used in a large variety of applications like automotive lighting, body control module, power distribution, electric locks, electric heaters, and in general wherever customers need to drive loads or unidirectional brushed DC motors. For example, replacing mechanical relays with a much smaller and cheaper solution, offering much higher reliability and longevity plus a diagnostics capability. Here you can see a typical block diagram of our Highside Drivers and the full set of diagnostics and protection features. The diagnostics feedback is provided to the microcontroller through the ST Exclusive MultiSense Pin or CurrentSense Pin depending on part numbers. Protections include ST Exclusive Power Limitation in case of overload and short to ground, on top of overcurrent and thermal shutdown. Power limitation can be programmed through the fault reset pin in either auto restart or leach off mode depending on part numbers. Power limitation is a unique ST feature that allows the device to protect itself, limiting the thermomechanical stress caused by an overload or short circuit event. Our devices in fact are capable of measuring the temperature gradient between the cold and hot points of the die and whenever this gradient exceeds 60 degrees, a power limitation event is triggered. The load current is clamped to an overcurrent limit iLIM H as per data sheet and the device is leached off and the fault flag is set on CurrentSense Pin. In auto restart mode, the device automatically restarts and if the fault is not recovered is cycling on and off until thermal shutdown temperature is reached. At this point, the load current is automatically limited to a lower safe value called iLIM L. In leach off mode, the device remains switched off until the fault is recovered, further increasing the reliability of the part which can stand more than 1 million short circuit cycles. For more details, please refer to our app note 5368. MultiSense is an ST exclusive feature and means that the device can provide the diagnostics feedback on load current, device temperature and battery voltage. Depending on the part number, customers can select parts with MultiSense or just with CurrentSense. Here you can see some benefits from application standpoint. ST also offers a symmetrical turn on and off and optimal edge shapes which allow faster switching times and at the same time lower switching losses for better EMI performance. Thanks to the smaller lithography and the high power density, the M07 ICI drivers family are offering 75% smaller body sizes respect to the previous M05 generation and our packages are well known for their great thermal performances. Our ICI drivers portfolio has been developed having scalability and pin-to-pin compatibility in mind, so our customers can easily port their designs to different devices. For example, replacing a single with a dual channel in the same package, also with a different on-state resistance. This is at the glance our M07 portfolio, offering ICI drivers from 1.3 million up to 140 million from single up to four channels. M07E stands for M07 Enhanced and offers superior current sense accuracy and pin-to-pin compatibility with other M07 parts in PowerSSO 16 package. M07E also offers cold cranking capability down to 2.85 volt of operation, like for other parts here indicated. VA power zero is our low-omic M07 ICI driver family that can address very high current applications up to 30 amp. And VN7000Y is one of the lowest RDS on ICI drivers on the market. We have a complete set of tools and collaterals for all our products in VA power technology, ICI drivers, low-side drivers and H bridges. In particular, application notes and design guides, and very easy to use evaluation boards, called easy boards. You can find a selection of documents and videos in this CS web page and on our website. Our tools include the VA power finder app, which allows to select and access product information in a few clicks, plus a unique electro-thermal simulator tool called TwisterSim. TwisterSim is free and easy to use. We invite you to watch our video and feel free to contact us if you need any help to get started. Thank you for your time and don't hesitate to contact me for any questions.