Milwaukee Electronics’ Post

I watched an interesting YouTube video today. It was made by one of the best IC design enthusiasts Sam Zeloof. Sam spoke about chip fabrication basics and gave us a tour of how he assembled his own fab at home. This provides a low-cost way of making semi-conductor devices. He explained how easy and exciting chip fabrication could be. Some of his equipment are makeshift and not actually standard, but they do just fine, and he makes it work. Sam shows us some of the devices he has designed with this method. he made diodes, MOSFETs and some other devices in his garage, crazy right? I'm going to put the link to Sam's video below. What do you think about this? Can just anyone do this? #100daysampdesign Pipeloluwa Olayiwola https://lnkd.in/dcx9eWMB

🔍 Are you uncertain about whether your chosen relay can withstand high inrush currents? Do you have concerns regarding the potential impact of slightly higher operating temperatures in the long run? Have you ever encountered a perplexing field failure without understanding the underlying cause? At Panasonic Industry, we recognize that specific customer questions often demand answers beyond what is provided in a datasheet. That is why, at our European headquarters, our state-of-the-art lab is equipped to conduct rigorous tests and analyses. Our goal is to push boundaries and discover what is truly possible. 💡 What sets us apart: ✔ Rigorous testing: Our lab is furnished with the latest technology to conduct thorough tests and analyses that extend beyond simulating operative conditions. ✔ Lifecycle investigations: We delve deep into the lifecycle of our products, ensuring robust performance throughout their operational lifespan. ✔ PCB prototyping: Innovation is at the heart of what we do, and our creative PCB prototyping is a testament to our commitment to pushing technological boundaries. 👉 Reach out to us today, and let our team showcase how our expertise can seamlessly integrate with your technical needs. We don't just offer products; we provide solutions and services that empower you to overcome challenges and achieve unparalleled success. At Panasonic Industry, we're not just shaping the future; we're defining it. Let's innovate together! 💪🔍 https://bit.ly/3MhCFrz #PanasonicIndustry #TechnicalExpertise #LabTesting #DesignSupport #ReliabilityTesting #PCBPrototyping #EmpoweringInnovation  

On day 3 of my #100daysofamplifierdesign, I learnt about being a good circuit designer and how the knowledge and understanding of fabrication of chips is very necessary. I leant a lot from this youtube video https://lnkd.in/dMmkRv4Y by @sam zeloof. In his presentation he described how chips can be fabricated in an home fab, the cost and how the necessary equipement can be gotten.

We invite you to read our latest article on Wevolver which discusses the significance of component spacing in PCB design. Discover practical HQDFM applications in this case study to enhance your design process. #PCB #PCBdesign #DFM #DFA #Electronics #knowledge #HQDFM #NextPCB

Welcome to LumiAdvent Friday number 4! 🛷 For this final episode we have saved a brand-new product feature, the PCB price radar. 🕵️ Presented by Florian Herborn, Product Engineering Manager – PCB, this new addition to the Luminovo PCB module allows you to gain full transparency on the available prices of your PCB before reaching the sourcing stage. And this is it for this Advent together! 🤗 We hope you enjoyed discovering four of our product highlights, and that you’ll consider trying them out yourselves. If you missed the previous three, find them in the comments below. 🤶 Ho ho ho! #electronics #pcb #lumiadvent

Swipe left to understand the vital stages shaping chip design and production. #semiconductorindustry #techjourney #tapeout #tapein #chipdesign #innovationinprogress

Adequate component spacing is typically not high on the PCB designer's list of priorities, but oversights can be frustrating and could demand substantial re-work. Here we look at an example, give general guidelines and look at how tools can be used to educate designers and save time. Check out the full case study by HQ Electronics here: https://lnkd.in/eMixvsAg -------------------------------- Want to share your company's tech on Wevolver? Wevolver is a platform used by millions of engineers to stay up to date about the latest technologies. Learn how you can share your company's technology with Wevolver's community and reach a global audience of engineers: https://lnkd.in/g3fxzZ9W

DYK, electromigration is a critical issue in the design and manufacturing of chips? Designers can use several design and simulation techniques to prevent it. Learn more about the challenges and solutions to address electromigration.

Y chart 📊 🚀 The Gajski-Kuhn Y-chart is a model, which captures the considerations in designing semiconductor devices. 🚀 The three domains of the Gajski-Kuhn Y-chart are on radial axes. Each of the domains can be divided into levels of abstraction, using concentric rings. 🚀 At the top level (outer ring), we consider the architecture of the chip; at the lower levels (inner rings), we successively refine the design into finer detailed implementation − 🚀 Creating a structural description from a behavioral one is achieved through the processes of high-level synthesis or logical synthesis. Creating a physical description from a structural one is achieved through layout synthesis.

CUI application engineer Bruce Rose discusses the differences and benefits of USB PD vs. USB-C in an All About Circuits Industry Article. Bruce provides insight on key aspects to consider before you start a USB PD design and offers CUI product recommendations. - 📰 Read the full article: https://bit.ly/3HKoLvw