 Hi, I am Davide, in today I am going to tell you about our new 48V industrial drive system for motor control applications. What we see as a real need for our customers today is to save electrical energy to extend the battery life and get extra autonomy. High end performance with high liability and robustness architectures for these systems too. We see that giant systems based on 48V architecture are becoming very popular thanks to the higher efficiency reducing any risk for electrical human shock. We are very excited because we are bringing a brand new solution that can meet your motor drive needs thanks to our very high performance of 7 power MOSFETs, which in fact have an RDS on among the lowest on the market that offer reduced power consumption. On top they offer a market outperforming EMI behavior. Also a key component here the half bridge gate driver L6491 featured by his high current capability and comparators for protections. Target applications can be forklifts, golf carts or professional power tools. ST offers a wide portfolio of robust product for industrial motor control applications, such as microcontrollers, drivers, power transistors, diodes and protections that can be used to design complete solution. Let's focus now on the driver system and let me show you quickly an application board that we've put together with the aim of bringing you to market faster with your motor control application. The objective here is to show the ST Evil CTM 009B1 evaluation kit designed to demonstrate the capabilities of the ST Power MOSFETS based on STRIP FET F7 technology the 100V STH310 and 10F7 that is best in class as RDS on per area with the real advantage to increase the efficiency extending the battery autonomy. The evaluation board is considered alzacable solution and is made of a power board, a driver board, a bulk capacitor and a current sensing board. The power board hosts 36 power MOSFETS 6 in parallel for each switch soldered on an IMS insulated metal substrate for a better heat exchange NTCs for thermal protections and the coupling gate resistors for each power MOSFETS. The main feature of the power MOSFETS used in this application are the in instant range get structure offering a very low on resistance 1.9 million and low internal capacitance and get charge for faster switching. The driver board hosts 3 high current capability gate drivers the L6491 that can go up to 4 amps to drive the power MOSFETS. In in instant range get drivers offer high switching time performance even at high frequency as much at down function and comparators for protections. The driver board includes the ST motor control connector so you can interface the board with any STMCU control boards with ball for motor control that is not included in the kit. The picture shows the temperature of phase devices after 40 minutes working at thermal equilibrium the devices work in safe conditions and the temperatures does not exceed the absolute maximum ratings that is 175 degrees Celsius. In fact at 90% of the maximum load the maximum temperature of the devices is around 105 degrees Celsius. The presented stockable solution is very useful as starting point to develop customized platform for industrial motor control application and allows to demonstrate the capabilities of ST products. For more info about the STEval CTM009V1 please check out on ST.com