In this short video, dive into the world of battery management systems (BMS) with this video, which explores the crucial aspects of battery chemistry and its influence on battery charger IC selection for devices under 30V. Watch the full video here: https://lnkd.in/gpMTPwxW
Monolithic Power Systems, Inc.’s Post
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Efficient and compact power conversion!
Check out our presentation given at The Applied Power Electronics Conference (APEC) this year, titled “Efficient and compact power conversions made possible with GaN technology.” The presentation showcases an all GaN HEMTs based 1kW 48V-12V unregulated LLC solution, with GaN power devices on both the primary and secondary sides. Which uses our recent SolidGaN solution (ISG3201) to integrate a half-bridge with driver and protection, etc., all in one package. This results in a converter that's 70% smaller than a Silicon counterpart, while delivering peak efficiency of 98.5%!
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Proactively Preventing Thermal Mishaps in Electronic Devices 🚨 The challenge of selecting the right thermal interface materials (TIMs) can significantly impact the performance and longevity of electronic devices. Facing the repercussions of poor choices in this area can be daunting. 🔥😓 However, there's a strategic solution at hand. We are proud to introduce the combination of our MP-V device and MTPS sensor as your comprehensive solution for evaluating and selecting the most effective TIMs. This powerful duo enables precise measurement of thermal conductivity, ensuring that your chosen materials optimize thermal energy dissipation. 🌡️➡️🆒 Leverage the accuracy of our MTPS sensor to delve deep into the specifics of thermal management, guaranteeing optimal device performance and durability over time. 🛠️💼 Say goodbye to the uncertainties of device performance and the risks of thermal inefficiency. It's time to adopt a proactive approach with TIMs that not only meet but exceed expectations in thermal management. 👌✨ Embrace a future where your devices are characterized by their cool operation, efficiency, and reliability, thanks to optimized thermal interface materials. 💯🎉 #ThermalManagement #ElectronicDevices #InnovationInTech #ProfessionalNetworking #MTPSTechnology #Efficiency #Reliability #EngineeringExcellence #Thermtest
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Dive into the characteristics of capacitors and their distinctive benefits. Explore their basic functionality, diverse types, and selection criteria, and discover their pivotal role in the electronics industry 👇 https://lnkd.in/ea8nrkJ8
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A Comprehensive Guide to Power Management Integrated Circuit (PMIC) The semiconductor community sometimes analogizes PMIC as much like the "heart" in the human body, "pumping" blood to organs, to keep them working in function. PMIC holds the role of the "voltage converter" that converts voltage from the battery or power source. It adjusts, coordinates, and distributes suitable voltage power to each component of the electrical circuit. Read full article at 👇👇👇
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🎬😍 Our new webinar recording on the topic "Challenges and solutions for PCB based Power Distribution Units" is now available on our YouTube Playlist! In the field of power electronics, there is always the fundamental question of how to get power to the PCB and distribute it. With electrification, this issue is becoming more and more present. You will learn more about the basics of our Power Distribution Units and the power connection possibilities. Be sure to take a look now: https://we-online.link/uj #würthelektronikgroup #webinar #morethanyouexpect
Webinar: Challenges and solutions for PCB based Power Distribution Units
https://www.youtube.com/
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Check out this last episode of Chalk Talk where we talk about trends in EV-charging applications and how #Infineon CoolSiC devices can help maximize power density and improve system efficiency. Thanks Amelia Dalton! #SiC #CoolSiC #evcharging #powerelectronics
Today’s EV Charging designs require careful consideration of the greater power grid infrastructure they are part of as well as the increased flexibility being demanded by the increased number of charging end applications. Factors such as increased charging cycles required, addition of bi-directional charging, on-site energy storage, and the increased number of vehicles served are requiring greater attention when it comes to the choice of technologies. In this episode of Chalk Talk (sponsored by Infineon Technologies and Mouser Electronics), Amelia Dalton and Daniel Dalpiaz from Infineon talk about trends in the greater electrical vehicle charging landscape, typical block diagram components, and tradeoffs between discrete devices versus power modules. They also discuss choices between IGBT’s and Silicon Carbide, the advantages of advanced packaging techniques in both power discrete and power module solutions, and how reliability is increasingly important due to demands for more charging cycles per day. https://lnkd.in/egrCEpgT
Maximizing High Power Density and Efficiency in EV-Charging Applications -- Infineon and Mouser
https://www.youtube.com/
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The three-level T-type inverter is a popular candidate in traction/propulsion/industrial drive applications. The traditional SPWM modulation methods have shown a drawback of uneven loss distribution among devices, which is influenced by both modulation index and power factor. This paper from our recent work presents an Enhanced PWM modulation method for T-type inverter to balance the devices losses, regardless of modulation index and power factor, which offers several advantages, including higher efficiency, increased device life-time, and the potential for smaller cooling systems. https://lnkd.in/gXFQsTth
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🎬😍 Our new webinar recording on the topic "Challenges and solutions for PCB based Power Distribution Units" is now available on our YouTube Playlist! In the field of power electronics, there is always the fundamental question of how to get power to the PCB and distribute it. With electrification, this issue is becoming more and more present. You will learn more about the basics of our Power Distribution Units and the power connection possibilities. Be sure to take a look now: https://we-online.link/vc #würthelektronikgroup #webinar #morethanyouexpect
Webinar: Challenges and solutions for PCB based Power Distribution Units
https://www.youtube.com/
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Today’s EV Charging designs require careful consideration of the greater power grid infrastructure they are part of as well as the increased flexibility being demanded by the increased number of charging end applications. Factors such as increased charging cycles required, addition of bi-directional charging, on-site energy storage, and the increased number of vehicles served are requiring greater attention when it comes to the choice of technologies. In this episode of Chalk Talk (sponsored by Infineon Technologies and Mouser Electronics), Amelia Dalton and Daniel Dalpiaz from Infineon talk about trends in the greater electrical vehicle charging landscape, typical block diagram components, and tradeoffs between discrete devices versus power modules. They also discuss choices between IGBT’s and Silicon Carbide, the advantages of advanced packaging techniques in both power discrete and power module solutions, and how reliability is increasingly important due to demands for more charging cycles per day. https://lnkd.in/egrCEpgT
Maximizing High Power Density and Efficiency in EV-Charging Applications -- Infineon and Mouser
https://www.youtube.com/
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When it comes to powering various devices and applications, 10ah lithium ion batteries have become a popular choice due to their efficiency, reliability, and long-lasting performance. Among the different available options, LiFePO4 10ah batteries and Li Ion 24v 10ah batteries stand out for their versatility and suitability for a wide range of uses. This blog post will delve into the various aspects of these batteries, exploring their benefits, applications, safety considerations, maintenance tips, and prospects. https://lnkd.in/dj4nawYa
