 Hi everybody, my name is Mauro Scanduzzo, I'm a Field Application Engineer for ST Microelectronic and I cover the MEMS sensor. What I'm going to show you today is available on the website the new STT22H, the new Temperature Sensor with 0.5°C plus minus 0.5°C accuracy and now it's possible also let's evaluate that device through our ProfiMEM tool and our Graphical User Interface called Unico. So let me show you that it's available a new Temperature Sensor extremely accurate on our website and it's called STT22H. So if you type that you can find the per number on the ST.com, you can open the datasheet and here is the component. So if you scroll down you see all the characteristics of the component and the accuracy then is pretty high. So you can really measure very accurate temperature with let's say an accuracy max about 0.5°C plus minus 0.5°C. So how you want to evaluate that component? So now it's available, an adapter board then can run with our ProfiMEM tool. So the adapter board actually is mounted in a flex. You can really easily attach the adapter on the ProfiMEM tool and with a flex you have another board then is connected and the component is at the end of the board. And so you can really attach close to the source where you want to measure the temperature and let's say really have a very accurate evaluation of that. So based on that let's say you have your unique graphical user interface, you run the graphical user interface, you start the communication, you go on the settings, you evaluate for example running at 100 Hz and you can see the effect of the temperature directly on the graphical user interface here. If you want to adjust the temperature in between the mean and max full scale you can like for example go between 30°C and 20°C then will be probably the room temperature here. If you want to go more accurate you can go between let's say 25°C and 22°C and so now you have a better accurate measure of the temperature. And for example if I blow on top of that I see rapidly the temperature is changing so I need to change the full scale and now is the degradation of the temperature. You can also do a data logging on that just go in the last tab you enable the LSB also the temperature you save in your folder. Like for example here you call data log temperature, save the text file you start, you make a fast variation on the temperature, you wait a second, you stop it and you can open with Excel file this file. At this point we can have either the LSB and either also the temperature in degree C. Here is the plot file. So for instance if we look for the temperature in degree C we can plot it, insert, graph and here you have a better excursion of the temperature. And you can see and elaborate the data also through Excel, MATLAB or whatever tool you feel comfortable. So that is for evaluation of our temperature sensor with very good accuracy around 0°C plus minus 0.5°C. Thank you very much today for watching the video and so if you need any kind of more information please go to our website www.st.com you can find a lot of information, a lot of collateral and please enjoy the experience to work with st.com.