Using Bill of Material Management to Prevent Problems with Moisture Sensitive Devices Up here in the Pacific Northwest we are once again in the rainy season. My family doesn’t like it, my friends don’t like it, and even my dog doesn’t like it. The other night I had to pull the ladder out of the garage to unclog a gutter during a rainstorm. That was definitely not on my list of fun things to do, especially at 11:00 at night. We are used to the rain though. We know how to direct the water run-off so that it doesn’t pool up, we have Read Article Embedded Systems Design From embedded design rules to how to reduce power consumption, read more about optimizing your embedded systems design. Consider the technologies available and different use cases that impact your cost per unit. Click the PDF above to read more about Embedded Systems Design in this presentation. Or read the original, full-length content here: Optimize Component Power Ratings with Embedded Design Rules How to Reduce Power Consumption in Embedded Read Article Embedded Systems Memory and Real-World Applications In embedded systems, we’re often concerned about speed, especially when your software is running a vehicle. However, we’re also worried about energy usage. We all know that computations can burn through energy, but memory operations also have a significant effect. This presentation will discuss multiple ways good design can help manage embedded systems memory and the real-world applications and challenges of using this technology. Click the PDF Read Article PCB Design Techniques to Reduce EMI Do you want to reduce EMI in your PCB designs? This Ebook will discuss multiple ways good PCB design can help manage EMI interference on your board. It covers tips and tricks like using EMI cans for shielding, proper grounding techniques, trace length, isolating AC and DC signals and differential pair routing. Click the PDF above to read more about PCB design techniques to reduce EMI in this Ebook. Or view the original content here: EMI/EMC Read Article 12:00 Thermal Management Part 3: PCB Heat Transfer In this episode, Chris Carlson shows how to calculate PCB Heat Transfer. An expert in PCB design, Chris is a wealth of information for the novice and experts in PCB design. Get the most effective information on PCB design and Electronic Design Automation. If you find this video interesting, please like and share with your fellow PCB designers or let us know if you have any questions in the comments. Links to the Datasheets: Voltage Regulator Watch Video Frank Duggan: Micro Architecture and Aspiring to MIT Judy Warner : What first got you interested in developing your own microarchitecture using discrete logic? Frank Duggan : Without really knowing the specifics, it was something I'd wanted to do since I was little. I was obsessed with my Snap Circuits electronics kit, and liked to challenge myself to build circuits that do various things. At some point, I decided that building a computer was the ultimate challenge. This was probably because I Read Article Randy Clemmons, PCB Designer at Ingenu, Leads San Diego Altium User Group Judy Warner : Could you tell us briefly about your career path and where you work now? Randy Clemmons : I'm currently working at Ingenu where we are developing Internet of Things (IoT) networks and end point applications. Altium Designer® is our tool of choice. I started my electronics career at age 19 after volunteering for the U.S. Navy's advanced electronic program. After 10 years of service in the Navy I went to work for 1 year at Litton Read Article The Best Tools for Multi-Board PCB Systems Design They say that time flies when you’re having fun. Maybe that’s why I feel like time slows to a crawl when I’m constructing a multi-board PCB device. Designing even one board can be an agonizing task, what with trying to avoid EMI , ground everything properly , mitigate static discharge , and optimize your routing . Creating a system of PCBs that all fit together physically and electrically sometimes tests the limits of tedium. Lucky for us there Read Article PCB Design Process: The EDA Design Approach The electronic design automation (EDA) approach, which is also referred to as the electronic computer-aided design (ECAD) approach, is composed of a series of software tools that are used to execute and complete the electronic system design process. These systems can include printed boards (PCBs) as well as integrated circuits (ICs). When considering product development for printed circuit boards, a toolchain with a wide array of dissimilar tools Read Article Advantages of Hierarchical Block Diagrams and Schematic Designs for PCB Schematic Layouts Hierarchical schematic designs, or block design, can help you better organize PCB schematic layouts by reducing workload for identical blocks of circuitry and enabling design reuse. Read Article How to Use a Random Number Generator to Create Uncertainty in PCB Design My high school peers knew me as a predictable person—always the first one to show up anywhere—on time, every time. Since they didn’t seem as concerned with keeping their schedules and promises, sometimes I waited hours for my friends. That uncertainty would mess up my schedule, but engineering was a place where I found uncertainty was rarely a problem. Unsurprisingly, I developed a deep interest in physics and engineering, where the results are Read Article How to Become a PCB Designer in Today’s World For the engineer that likes to solve puzzles, create something physical, and appreciates electronics, PCB design as a career might be right for you. Even if you're not a PCB designer or layout engineer, and instead you want to work as an electrical engineer, there is still room for you to work with PCB designers. Today's teams are multifunctional and they need to collaborate across disciplines. It's better to think of electronics development Read Article Printed Circuit Board Design and Fabrication Tips to Prevent Open Circuits During PCB Manufacturing For a couple years, I lived in a town with a chocolate and candy factory. It was an amazing and terrible time, because you could go to the factory and buy “seconds,” or messed up candies, for about 75% off the normal price. Usually, the mistake was cosmetic, like the chocolate cracking over the caramel, and everything tasted totally fine. When a PCB manufacturer makes a mistake, sometimes it’s cosmetic, and the board will still function Read Article How to Create A Component in CircuitStudio This video will cover to create a real, purchasable component with schematic symbol, PCB footprint and 3D model for your PCB design. Read Article Asset Performance Management: Blazing A Better Path to Operational Excellence Read Article How to Activate Your License in CircuitStudio This video covers how to download, install and activate their license for CircuitStudio. Read Article How to Do Pours and Internal Planes in CircuitStudio This video cover how to use, create and control via rules polygon pours and internal planes. Read Article Pagination First page « First Previous page ‹‹ Page158 Current page159 Page160 Page161 Page162 Page163 Next page ›› Last page Last » Load More