WeEn Semiconductors’ Post

Get to know our excellent technical solutions for future thermal management systems in this very interesting ATZ article And also a lot of background information about Pros and Cons of different technologies —->

Great news! I’ll be part of the poster presentations at the upcoming PCIM Conference again. The underlying paper explores power module solutions particularly for elevator drive applications. These applications impose very stringent reliability requirements throughout their system-level lifetime. Focusing on the reliability of the power modules used in these applications, several stressors can lead to failures. Power up your knowledge! Join me as I present my poster and dive into different power module thermal technologies and show how to improve reliability for electric drive applications. 📅 13 June 2024, 11:15am 📌 Conference – Poster Presentations 💡 Title: Power Module Solutions with Improved Reliability for Elevator Drive Applications #vincotech #pcim2024 #elevatordrive #powermodules 

🔊 Introducing MiniDec SLH 785532: Revolutionizing Traffic Control and Access Automation. Principal: Accurate vehicle detection through inductive loop technology. Function: Optimize traffic flow and enhance access automation. Compact design, seamless integration, and robust performance. Frequency is everything. #FAAC #TrafficControl #AccessAutomation #Innovation #MiniDecSLH785532

AEQ Series - Ultra-Miniature DC-DC Supplies Optimal For Space Critical High-Voltage Projects Advanced Energy’s AEQ Series of ultra-miniature DC-DC converters supply up to 600 VDC at 0.5 W or 1.25 W. The size makes it optimal for portable equipment and compact high-voltage projects. Its programmable input and 1500 V input-to-out isolation gives the user the best of both worlds – a source of precise, remotely programmable high voltage power, isolated to 1500 VDC, but with none of the drawbacks normally associated with proportional designs and offers the best in class in this package size and voltage range. Read more: https://lnkd.in/db9kwKH7 #VITECPOWER #AE #ULTRAVOLT

Looking forward to speaking at the upcoming HRAI Webinar A2L/Low GWP Transition is one of the most challenging adoption with many ambiguities and unknowns on this path. This webinar provides some clarity where do we stand in Canada! Mitsubishi Electric Sales Canada Inc. #hrai #gwp #decarbonization #greenbuildings #carbonreduction #globalwarming #electrification #heatpumps #vrf #heatingandcooling #heatrecovery #atw #chillers #hydronics #carbonfootprint #climatechange #climatechangesolutions

Check out this GaN Systems webinar for examples of thermal and electrical performance optimization, plus details of GaN power stage design for several topologies and power levels. Watch the webinar on-demand ➡️ http://ow.ly/ms7Z50NAlm3 #GaN #powersystems #powersupply

Ventiva’s Ionic Cooling Engine (ICE®) is taking thermal management technology to the next level! With its electrohydrodynamic airflow principle, ICE® technology generates movement of air particles without any moving parts, noise or vibration. This solid-state cooling force is suitable for up to 30-Watts Thermal Design Power (TDP) systems, making it the perfect solution for lightweight, ultra-compact, vibration-free, and utterly silent electronic devices. If you’re looking for a paradigm shift in thermal management, Ventiva’s ICE® technology is the answer! #Ventiva #ThermalManagement #ICEtechnology #smt #electronics

🔋 What if you could manage battery pack temperature and prevent quick degradation and thermal runaway while reducing the risk of lithium plating and improving fast-charging capabilities for low temperatures? https://sie.ag/77iAe8 Lionel Broglia and Aziz Abdellahi will share their insights into how to increase range by designing and optimizing the battery thermal management system by deploying a multiscale digital twin that links vehicle, pack and cell scales, speeds up development time, reduces the number of prototypes and anticipates the impact of design changes. Join the live webinar on October 26 and: - Gain insights into deploying a multiscale digital twin - Identify the trade-offs between battery life, fast-charge capabilities, and range - Evaluate the safety of battery packs under thermal runaway scenarios #Simcenter #Battery #ThermalManagement

🔋 What if you could manage battery pack temperature and prevent quick degradation and thermal runaway while reducing the risk of lithium plating and improving fast-charging capabilities for low temperatures? https://sie.ag/4TFfYy Discover how to increase range by designing and optimizing the battery thermal management system by deploying a multiscale digital twin that links vehicle, pack and cell scales, speeds up development time, reduces the number of prototypes and anticipates the impact of design changes. Watch the webinar and find out how to: - Gain insights into deploying a multiscale digital twin - Identify the trade-offs between battery life, fast-charge capabilities, and range - Evaluate the safety of battery packs under thermal runaway scenarios Register for the live webinar. #Simcenter #Battery #ThermalManagement

Live webinar - October 26th My colleagues, Lionel Broglia and Aziz Abdellahi from #Simcenter explain how to increase range by designing and optimizing the #battery thermal management systems deploying a multiscale digital twin. Key topics and takeaways: 1. Gain insights into deploying multiscale digital twin 2. Identify the trade-offs between. battery life, fast-charge capabilities, and range 3. Evaluate the safety of battery packs under thermal runaway scenarios