Siemens’ Post

"Unveiling the future of motor technology! Here's a sneak peek of my brushless DC motor, currently under research and development. Pushing boundaries and exploring new frontiers in efficiency and performance. Paving the way for greener and smarter tomorrow. #ResearchInProgress"

The EV market continues to be one of the most exciting science and technological areas. No more convex side-view mirrors but rather an invisible lense (Fig.5) that gives reflections to a computerized mirror inside the car (Fig. 6).🚗🚕😎.

When I was a kid in the 80s, I had a red LED in my electronic kit. I never thought why it is red. I simply assumed it was a design choice (red = danger). A decade or so later, when I had a car, I installed blue LEDs on on the dashboard (don't ask...), like many other cars at that time. Again, I assumed it is just a design choice that everybody follows. Little I knew that in the 80s, there was no blue LED around. It was considered a monumental task to develop such LEDs (and therefore white LED) that was solved only in the early 90s. This is why my 90s electronic had red LED and my early 2000 car had blue LED. This is an absolutely brilliant video follows the history of developing blue LEDs all their way to the 2014 Nobel Prize and explains basic terms in semiconductors, P and N types, in a very accessible manner. Highly recommended! https://lnkd.in/eNSMs3Dd

Back to Basics: LEDs: https://lnkd.in/e-RXvn64

NEW PRODUCT // Balluff’s new Inductive Rapid Positioning System delivers 🏎 fast, continuous linear position measuring with the added ➕➕ bonus of condition monitoring capabilities.   This non-contact position measuring system is fast, with measuring rates of more than 10 KHz and high signal stability. That is 5-10 times faster than a typical linear transducer!   It also offers: ➡ repeat accuracy down to 1 µm ➡ non-linearity of < ±100 µm ➡ a large, adjustable measuring range ➡ compact, flat housing ➡ short blind zones   Built-in IO-Link allows for simplified setup and continuous #conditionmonitoring of statuses such as internal device temperature, vibration, inclination, operating hours, voltage, and signal quality.   Learn the technology behind this new positioning system and how it works at https://bit.ly/49ikdZh #Balluff #InnovatingAutomation #sensors #LinearPositioning #ConditionMonitoring

NEW PRODUCT // Balluff’s new Inductive Rapid Positioning System delivers 🏎 fast, continuous linear position measuring with the added ➕➕ bonus of condition monitoring capabilities. This non-contact position measuring system is fast, with measuring rates of more than 10 KHz and high signal stability. That is 5-10 times faster than a typical linear transducer! It also offers: ➡ repeat accuracy down to 1 µm ➡ non-linearity of less than ±100 µm ➡ a large, adjustable measuring range ➡ compact, flat housing ➡ short blind zones Built-in IO-Link allows for simplified setup and continuous #conditionmonitoring of statuses such as internal device temperature, vibration, inclination, operating hours, voltage, and signal quality. Learn the technology behind this new positioning system and how it works at https://bit.ly/49ikdZh #Balluff #InnovatingAutomation #sensors #LinearPositioning #ConditionMonitoring

A brain teaser to make this Friday more interesting. Comment your answers. #FridayPuzzle #ElectronicsPuzzle #BrainTeaser #ElectricalQuiz #ElectronicsQuiz #nandiPowertronics

🔵 The Tale of the Blue LED: Illuminating Innovation! 🔵 Today, let's dive into the fascinating story behind the blue LED – a tiny invention that sparked a revolution in lighting and technology. 💡 🌐 Background: Back in the 1990s, scientists faced a challenge: creating a blue LED. It may sound simple, but it was the missing piece for crafting white LED light. This quest for the elusive blue light earned three brilliant minds, Isamu Akasaki, Hiroshi Amano, and Shuji Nakamura, the Nobel Prize in Physics in 2014. 💎 Breakthrough Innovation: Shuji Nakamura, especially, made a groundbreaking discovery, paving the way for efficient, bright blue LEDs. This innovation laid the foundation for energy-efficient LED lighting, transforming how we illuminate our world. 💡 Impact on Technology and Beyond: The introduction of blue LEDs not only revolutionized lighting but also played a pivotal role in the development of Blu-ray technology. Today, it's hard to imagine our daily lives without the impact of blue LEDs in various applications, from smartphones to TVs. 🌟 Why it Matters: Beyond the tech marvel, the blue LED story teaches us the importance of perseverance, innovation, and collaboration in overcoming challenges. It's a testament to how a small component can have a massive impact on our lives. 🙌 Takeaway: As we navigate our professional journeys, let's channel the spirit of these innovators. Embrace challenges, foster collaboration, and remember that even the smallest contributions can lead to significant breakthroughs. What's your favorite tech innovation that has transformed the way we live and work? Share your thoughts! 💬 🔵 https://lnkd.in/ef4qvczv "The dream is alive - John Young." #education #science #technology #engineering #mathematics

Talk to me about torq Why invest in “UK” smaller companies: strong management teams, robust balance sheets, huge potential , skin in the game…many are under researched, unloved and shunned due to size When these stocks move from the lows they move very fast….