OnTrack Newsletter May 2018 On Track Newsletter May 2018 VOL. 2 No 2 Welcome to the May edition of the Altium OnTrack Newsletter! AltiumLive 2018: ANNUAL PCB DESIGN SUMMIT is coming in October to sunny San Diego, California and pre-registration is now open! By pre-registering now, you will qualify for a 10% early-bird discount once registration officially opens in June (Stay tuned for more information about our European conference). Once again, we will be featuring Read Article DFA Tips from Duane Benson at Screaming Circuits Looking for DFA Tips to optimize your PCB design before going to assembly? We have an expert point of view in this episode of OnTrack The PCB Design Podcast. Read Article 44 DraftsmanSeamlessPCBDrawingProcess_ - Features:ADSCvid Watch Video Incorporating DFM for Panelization in Your Electronics Oftentimes, in a larger production environment, companies seek small tips and tricks along the manufacturing route in the hopes of significant cost savings. As a ‘low hanging fruit’ of costs savings, manufacturing is (or at least should be) a highly discussed topic early on in the design phase. Keeping manufacturing principles and specifications in mind at the design stage is what is known as design for manufacturing (DFM). There are a handful of Read Article Hybrid or Compact: Fractal Antennas in PCB Design The Mandelbrot Set was always a popular poster among my fellow students when I was in college. The zoomed-out picture hung on dorm room walls and even appeared on some graphic t-shirts. The fact that no one seemed to know about the Mandelbrot Set or understand fractals didn’t seem to matter. It wasn’t until much later that I realized how useful fractals could be in designing antennas. There are many antennas in the PCB world including: microstrip Read Article Using Skip Vias vs. Blind Vias to Build High Density Interconnect PCBs All high-density PCBs rely on specific via styles to make connections into the inner layers without taking up space for routing. This is always driven by the components used in the PCB, namely fine-pitch BGAs with many high pin counts. One of the options for routing into inner layers as part of fanout routing is to use skip vias. Type-I HDI stackups will include skip vias as part of their routing options in an attempt to avoid the use of buried Read Article Increase Your Component and Trace High Density With Via-in-pad Plated Over Technology I’ve got this awesome four-speaker stereo system with a subwoofer in my apartment that my neighbors love to hate. As much as I enjoy listening to music on this thing, the only part I hate is the mess of audio cords that hide behind the speakers. The last time I tried to clean behind my system, I nearly ripped out some of the audio cords. If only routing my high density of audio cords was as easy as routing traces on an HDI printed circuit board Read Article Component Information Management in a Unified Design Environment Selecting components for your PCB device gives it life and should be performed carefully. If you have ever looked for components to use in your PCB, you will find that the list of available components is massive. Each component has a long datasheet that defines its footprint, electrical specifications, pin arrangement, etc. Rather than read through datasheets all day trying to decide which components you need, all this information should be Read Article Should You Use Thick or Thin FR4 for Your PCB Substrate? If you’ve ever made a pie with your kids, you know that the thickness of your crust is important. Too thin, and the pie falls apart into a mess of filling. Too thick, and you might as well be chewing on a loaf of bread. Getting the thickness just right is what makes a pie worth eating. Even though PCB substrate materials are non-conductive and do not carry current, the thickness of your FR4 PCB substrate determines the board's structural strength Read Article Design for Easy Processes: Create and Link Supplier Data to Any Component If you’ve spent any time with Altium Designer, you’ll already have some familiarity with the ease and simplicity behind such a powerful library platform. There are times, however, when these libraries will require you to get your hands dirty. Whether it be a simple part number change, or re-engineering some key parameters, your edits can be simplistically updated in a matter of moments. In this specific example, we’ll take a look at a common Read Article The PCB Design Advantages You Can Expect with Altium Designer 3D Viewing I read once about a test pilot during World War II who complained about how a new fighter plane’s engine quit on him when he rolled the plane on its back. This is a pretty basic maneuver for a fighter, but because the engine wasn’t designed for inverted flight it couldn’t perform as it was expected to. I remember that story because I have had a similar experience with many of the PCB CAD systems that I have used over the years. Because those Read Article EMI Reducing PCB Shielding Techniques to Incorporate in Your Designs I spent most of my twenties producing and mastering music for local artists. As much as I love older consoles, it gets annoying to listen to audio from one channel bleeding over to other channels. Newer consoles are built with proper EMI shielding and crosstalk reduction measures, and the analog signals in these newer consoles are much cleaner. Digital devices are not immune either. Modern computers and smartphones continue to pack more silicon Read Article Let Your Designs Talk for You: Export Altium 3D Layout Artwork to Adobe® PDF It wasn’t long ago that getting to new places around town required talking and writing down verbal instructions from another. I’d pull out my city map and study the route, having to note each street and intersection where I’d turn. It worked, but it took concentration and good map-reading skills. Today, I use my smart phone’s map feature and audio capabilities to get where I’m going. Assembly instructions for printed circuits contain the same Read Article PCB Design Software Upgrades: Progressive Releases Build Confidence There is pain and pleasure when anticipating new technology. All of us have been through steep learning curves that wear down the elation to use technology that’ll do something cool. Soon we abandon newly-adopted technology given its lack of delivery on the promise. There are some gadgets, however, that not only perform but are easy to use. Ease of use with powerful features is a pleasure. When powerful features evolve we’ve got a home run! Each Read Article Smart Self-Check Process to Optimize Power-Up for Embedded Systems I’ve been obsessed with morning routines ever since I started sending my son to kindergarten in the morning. From making breakfast to ensuring that his schoolbag is properly packed, I rarely mess up, except for a rare occasion where I forgot to place his water bottle in his bag. Despite the rarity of that occurrence, my son wasn’t impressed with my forgetfulness even though I promised it wouldn’t happen again. Now, when checking through his Read Article Augment This! How AR is Changing PCB Design If you’ve yet to play with an AR or VR experience, you should! The emerging technology is quickly becoming a game changer for industries such as entertainment, healthcare, education, military, and the list goes on. Providing, quite literally, an infinite amount of potential applications, it’s no wonder that so many industries are affected by and are embracing the new tech. While VR places the user inside an entirely manufactured environment, AR Read Article Lee Ritchey and High Speed Digital Design Looking for expert views on High Speed Digital design and Signal Integrity? Learn from Lee Ritchey an industry premier authority on high speed PCB and system design on this OnTrack Podcast episode. Read Article Pagination First page « First Previous page ‹‹ Page144 Current page145 Page146 Page147 Page148 Page149 Next page ›› Last page Last » Load More
