Hardware-in-the-loop tests are becoming more and more crucial to assess #active devices in the #automotive field. Check out our latest scientific contribution about active #electromagnetic #suspensions for further details! Manfredi Tornabene Renato Galluzzi Andrea Tonoli Nicola Amati Cars@Polito
I am happy to share our last research about rotary shock absorbers for automotive applications.
People say perfection doesn't exist, but measuring in microns is as close to perfect as you can get. Why settle for less than perfect? Perfection Plus is not just a privilege for specific industries—it's a requirement. That's why we use micron precision, today's smallest cutting measurement. To put it clearly, a micron is a unit of length equal to one millionth of a meter or one-thousandth of a millimeter.
In this episode of Chalk Talk (sponsored by Infineon Technologies and Mouser Electronics), Amelia Dalton and Daniel Callen Jr. from Infineon explore trends in solid state isolator and relay solutions, the benefits that Infineon’s SSI solutions bring to the table, and how you can get started using these solutions for your next design. https://lnkd.in/edMbSfN7
In our previous article, we detailed the classification of pressure sensors by measurement reference, including absolute pressure sensors, gauge pressure sensors, and differential pressure sensors, exploring their working principles, application scenarios, and key selection factors. In this new article, we delve into the classification of pressure sensors by technology, covering piezoresistive, capacitive, piezoelectric, inductive, and fiber optic pressure sensors. Understanding the working principles, application scenarios, and advantages and disadvantages of these technologies can help you make the best choice in fields such as industrial automation, medical devices, aerospace, and environmental monitoring. Click the link to learn more and choose the high-performance pressure sensor that best suits your needs, enhancing the reliability and efficiency of your systems! Learn more: https://lnkd.in/gFPac6gb #PressureSensors #SensorTechnology #IndustrialAutomation #MedicalDevices #EnvironmentalMonitoring #Piezoresistive #Capacitive #Piezoelectric
Sophisticated Inductive Switch Device Features Strong Stray Field Immunity The Induxis MLX92442 from MELEXIS presents engineers a highly integrated, streamlined solution for contactless inductive switching. It provides a longer lifespan, wear-and-tear free alternative to conventional electro-mechanical components, and avoids the complexity and bulkiness of a magnetic approach. With no moving parts or excess components, the MLX92442 offers continued reliability alongside subsystem compactness and lower overall bill-of-materials (BoM) costs. Its operation is also not affected by potential sources electro-magnetic interference. This automotive-grade device, which complies with ISO26262 ASIL A functional safety requirements, can be employed in... READ MORE https://lnkd.in/gvZECdef Vincent Hiligsmann Cedric Deleglise Katleen Dewaele Tonny Duisters Liesbet Stalmans María Jesús Rubio Alonso
Magnetic sensor There are many kinds of magnetic sensors made by using various physical phenomena. The magnetic needle is an early magnetic sensor used by the compass to detect the direction. In recent years, the most used one is the solid magnetic sensor. Magnetic sensors can be used not only to detect magnetic fields, but also to detect current and various mechanical quantities. https://lnkd.in/gsWgpEZD
This Dec. 3 #ElectronicDesign webinar with Curtiss-Wright Defense Solutions, Advanced Cooling Technologies, Inc., Pixus Technologies Inc., & Ansys will delve into the problems, tools, and #simulation solutions available to designers of #rugged #embedded systems. Register today!
How are electric arcs impacting the future of electric vehicles? https://oal.lu/6WGB8 Get an in-depth look at electric arc technology with Dr. Roman Fuchs from OST University of Applied Sciences. Dr. Fuchs shares his insights on the challenges and innovations in simulating electric arcs, especially in the context of electric vehicles and high-voltage circuit breakers. Don’t miss this detailed discussion where we explore why simulations are crucial in ensuring safety and efficiency in these high-stakes environments. Listen to the episode to learn more.
How are electric arcs impacting the future of electric vehicles? https://oal.lu/4pVg2 Get an in-depth look at electric arc technology with Dr. Roman Fuchs from OST University of Applied Sciences. Dr. Fuchs shares his insights on the challenges and innovations in simulating electric arcs, especially in the context of electric vehicles and high-voltage circuit breakers. Don’t miss this detailed discussion where we explore why simulations are crucial in ensuring safety and efficiency in these high-stakes environments. Listen to the episode to learn more.
Engineering Software and Services- Wire Harness - Electrical - CAD - Simulation - PLM - Empowering companies to reduce costs and time to market through Siemens vast portfolio of digital solutions. Father and Sports Fan!
How are electric arcs impacting the future of electric vehicles? https://oal.lu/L41Pt Get an in-depth look at electric arc technology with Dr. Roman Fuchs from OST University of Applied Sciences. Dr. Fuchs shares his insights on the challenges and innovations in simulating electric arcs, especially in the context of electric vehicles and high-voltage circuit breakers. Don’t miss this detailed discussion where we explore why simulations are crucial in ensuring safety and efficiency in these high-stakes environments. Listen to the episode to learn more.
