May the New Year bring you stability in supplies, creativity in design, and success in execution. We wish that your innovations change the world, and your products become synonymous with quality and reliability. May every transistor work like a dream, and every integrated circuit be as reliable as your morning coffee at the office. May your labs be full of inspiration, and your products conquer global markets. May your circuits always conduct, and your ideas shine the brightest! And remember, even if something goes wrong, you can always say it's a 'feature, not a bug'. 😉 May your projects be as precise as a quartz clock, and your ideas as fresh as a new software release. May every day at work be like a well-designed circuit – free of shorts and full of creative flow. May your components always be compatible, and your systems never experience the 'blue screen of death'. May every prototype work on the first try, and every test end in success.
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How to Create an Electronic Prototype Do you have a big idea for a new electronic product? We all know that ideas are a dime a dozen, so if you really want to get your idea off the ground, eventually you’ll need to create a prototype. A prototype, simply put, is a physical manifestation of a product. There are many important reasons to create a prototype. In this article, we’ll also review some quick tips about how to turn your idea into a prototype. https://lnkd.in/g23yvxU
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Very useful for Airline Pilots against any form of lasers.
Users control lens tint instantly: https://ie.social/V7Ar3 🚀 Explore more with Interesting Engineering! Check out our YouTube channel and subscribe: https://ie.social/V9yxY
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Excited to share my latest project: a 𝗰𝘂𝘀𝘁𝗼𝗺 𝟰-𝗹𝗮𝘆𝗲𝗿 𝗣𝗖𝗕 based on the 𝗘𝗦𝗣𝟯𝟮-𝗦𝟯-𝗪𝗥𝗢𝗢𝗠-𝟭 𝗺𝗼𝗱𝘂𝗹𝗲! The goal was to replicate the 𝗘𝗦𝗣𝟯𝟮-𝗦𝟯-𝗗𝗲𝘃𝗞𝗶𝘁𝗖-𝟭 𝗱𝗲𝘃𝗲𝗹𝗼𝗽𝗺𝗲𝗻𝘁 𝗯𝗼𝗮𝗿𝗱. I designed every circuit, researched the connections, and selected the right components to achieve the desired functionality. To ensure accuracy and streamline the process, I also created an integrated component library for managing footprints and electrical properties. This project was part of my educational journey with Hardware Inventors, helping me deepen my understanding of signal integrity, controlled impedance, and power distribution. I’m deeply grateful to Eng. Mahmoud Arafa for his helpful guidance during this journey. His support has been a key part of improving my hardware design skills. If you're interested in exploring the full documentation, you can find my project on GitHub: https://lnkd.in/dT_zvbAg
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Project 95 in Our #108RTLSeries! 🚦 We are thrilled to announce the successful completion of Project 95 from our ambitious #108RTLSeries! This project is centered around designing a Four-Way Traffic Signal with Emergency Mode—a critical innovation for managing urban traffic and ensuring quick response during emergencies. 📋 Project Highlights Our work dives deep into: 1️⃣ Project Overview 2️⃣ Design Details: Key Components of the system Working mechanism explained RTL Code implementation Comprehensive Testbench setup 3️⃣ Results: Accurate Simulations Detailed Schematic Synthesized Design Output 4️⃣ Advantages: Enhanced traffic management with priority to emergency vehicles. 5️⃣ Disadvantages: Addressing challenges in deployment and complexity. 6️⃣ Applications: Real-world usage in smart cities and emergency services. 7️⃣ Conclusion: Summarizing key insights. 8️⃣ FAQs: Answering common queries. This project reflects our commitment to blending innovation with practicality, addressing real-world problems through robust RTL design principles. Thank you to the incredible team that made this project possible. Nandini Maheshwari Gati Goyal Dhruv Patel Abhishek Sharma NIKUNJ AGRAWAL Stay tuned for Project 96 as we inch closer to completing the series! 💡 Let’s connect and collaborate on futuristic design challenges! #TrafficSignalDesign #RTLEngineering #Teamwork #Innovation
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SIH'24 Winner | Ex-Process Design Intern at MeitY (SCL) | Pre-Final Year in Electronics & Communication Engineering Student at GLA University | Ex-Trainee @CSIR-CEERI | Ex- Embedded Intern @Flysol Cloud Technologies |
Project 95: Four- way Traffic Signal with Emergency Mode #108RTLPROJECTS
Project 95 in Our #108RTLSeries! 🚦 We are thrilled to announce the successful completion of Project 95 from our ambitious #108RTLSeries! This project is centered around designing a Four-Way Traffic Signal with Emergency Mode—a critical innovation for managing urban traffic and ensuring quick response during emergencies. 📋 Project Highlights Our work dives deep into: 1️⃣ Project Overview 2️⃣ Design Details: Key Components of the system Working mechanism explained RTL Code implementation Comprehensive Testbench setup 3️⃣ Results: Accurate Simulations Detailed Schematic Synthesized Design Output 4️⃣ Advantages: Enhanced traffic management with priority to emergency vehicles. 5️⃣ Disadvantages: Addressing challenges in deployment and complexity. 6️⃣ Applications: Real-world usage in smart cities and emergency services. 7️⃣ Conclusion: Summarizing key insights. 8️⃣ FAQs: Answering common queries. This project reflects our commitment to blending innovation with practicality, addressing real-world problems through robust RTL design principles. Thank you to the incredible team that made this project possible. Nandini Maheshwari Gati Goyal Dhruv Patel Abhishek Sharma NIKUNJ AGRAWAL Stay tuned for Project 96 as we inch closer to completing the series! 💡 Let’s connect and collaborate on futuristic design challenges! #TrafficSignalDesign #RTLEngineering #Teamwork #Innovation
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Electronics Engineering Podcast Host | Helping Engineers Thrive and Succeed | Engineering SME Wrangler | Technical Content Creation and Marketing
Welcome to the launch of Season 3 of The EEcosystem Podcast! I will be featuring discussions with entrepreneurs and thought leaders involved in the AI design engineering revolution and unpacking what we may see emerging over the next year while AI is still in its infancy. Enjoy this episode #78 with Valentina Ratner of AllSpice! The AI Empowere GitHub for Hardware Engineers! #pcbdesign #hardwaredesign #AI #LLM
Happy Tuesday EE Community! Our first episode of Season 3 just dropped. For the next several weeks we will be discussing the AI Design Engineering Revolutions that is underway. Today's guest is Valentina Ratner, co-founder of AllSpice. Over the past few years they have unleashed new ways to manage the workflow and the ability for hardware engineers to collaborate and track designs with a modern edges that is gaining traction across the industry. Enjoy the insightful conversation! https://lnkd.in/g7QeXCdZ
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Time to market is often the difference between being competitive in the marketplace and being left behind. Whether you have a concept or a working prototype, if it requires a fluid system we can help you save time and get to market faster. Tell us about your latest project: https://hubs.ly/Q02wxPgC0
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Global Supply Chain Director | Electronic Components | Fortune 500 Partner | Expert in Shortage & Excess Management, PPV Savings | Certified Supply Chain Professional
“I’m a chip that’s weathered time, knowing that every connection is built on countless calculations and effort. Life, like the circuits on my surface, may seem complex, but there’s a pattern if you look closely. Through the heat and the cool-downs, I remain committed to my mission, because stability is my greatest strength. In life’s circuitry, not every command is executed instantly, but every step is progress toward the goal. No matter how the world changes around me, my core stays cool, calm, and clear. May we all be like this chip—unwavering in purpose, no matter the changes on the surface, steadfast in executing our life’s code.” For chips you can count on, turn to Tino. “TMS320VC33PGE” in stock available. Got questions? Need more? Let’s connect and seize more opportunities together.
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