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The Best Multilayer PCB Design Tips for Circuit Board Layout Doing something new for the first time can be difficult. Baby birds probably don’t appreciate being pushed out of the nest and teenagers are nervous before their first real date. I, personally, was scared to death on my first date. However, I’m glad that I took that first step because that milestone was a great moment in my life. Designing your first multilayer PCB board may not be quite like a first date, but it's still a critical step for a PCB Читать статью
PCB Design Techniques to Reduce EMI Reduce EMI in your PCB designs. This presentation will discuss multiple ways good PCB design can help manage EMI interference on your board. It covers tips and tricks for basics and beyond, including: 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 presentation. Or view the original Загрузить PDF
The MOM/MES Edge: The MES Performance Kick Manufacturers are increasingly being pushed to implement manufacturing execution systems (MES) in order to optimize their operations. Statistics illustrate both how Best-in-Class organizations successfully deploy such systems as well as how they reap the benefits of doing so. Key observations include: The pressure to implement MES is predominantly driven by cost, quality, and the need to comply with regulations, respectively. Best-In-Class Загрузить PDF
The Benefit of Simulation-Driven Design Deploying simulations earlier in the design process rather than later results in more innovative, high-quality products while also reducing production costs. The findings presented suggest that simulation-driven design allows Best-In-Class designers and firms to more effectively deliver the product to the consumer. Key highlights of their research include: In 2016, 87% of Best-in-Class organizations used simulation, up from 75% in 2014. Best-in Загрузить PDF
Using Flyback Diodes in Relays Prevents Electrical Noise in Your Circuits Engineers sometimes have the tendency to over complicate a problem instead of focusing on simple logical solutions. For example, my friend’s motorcycle broke down and he spent hours checking on the battery, carburetor and the electrical system. It turns out that this was all done in vain. We were pretty amused to find out that this mayhem was caused by a faulty fuel indicator that let his fuel tank run empty. In electronics, what might seem like Читать статью
Virtual Prototyping Versus Traditional Product Development Methods Best-in-Class companies who utilize simulation and virtual prototyping are notably outperforming their peers who continue to use more traditional methods of product development. By discussing the three primary methods used to predict product performance (physical prototyping, manual calculation, and virtual prototyping software) this article demonstrates how simulation software is the superior choice for successfully addressing the increasingly Загрузить PDF
Are Fiducial Marker Placements on PCBs Still Necessary with Modern Manufacturing Capabilities? About 10 years ago, I stopped watching horror movies. In my younger days I really enjoyed being scared silly, but when I started my engineering career I became more interested in action and sci-fi genres. This is likely because I was getting my fair share of horror stories at work when simple mistakes resulted in catastrophic post-production nightmares. Sign up and try Altium Designer today. When I started my electronics design career, through Читать статью
How to Use a Ferrite Bead in Your Design to Reduce EMI EMI can be a tricky subject. That’s why I’ve been writing about things like proper grounding, AC/DC circuits, high speed routing, and differential pair routing. Next on the list is how to reduce EMI using ferrite beads. Ferrite cores can be finicky, which is why it’s important to first understand the theory behind them. Most electronic components are essentially plug and play; however, ferrites have to be designed into your system. Once you know Читать статью
DFM Guidebook Загрузить PDF
Top 5 PCB Design Guidelines Every PCB Designer Needs to Know Fine-Tuning Your Component Placement Placing Your Power, Ground & Signal Traces Keeping Things Separate Combating Heating Issues Checking Your Layout Against Your PCB Design Rules Whether you are moving at a high speed or you're designing a high speed printed circuit board, good design practices are critical to preventing delays and unnecessary costs. Top 5 PCB Design Guidelines for Engineers When starting a new printed circuit board design, it’s Читать статью
PCB Design Guide for Engineers: Part 1 The Team INTRODUCTION What people are involved in the PCB design process? Surely all of the tasks of creating a PCB layout don’t just fall on single pair of shoulders. There are many engineering and scientific disciplines that must be harnessed and managed to bring your vision to life. As the project engineer, your first task is identifying your team. TOPICS IN THIS SOLUTION The Team In-House Assembly Advanced Testing PCB Design Guide for Engineers Part 1 Загрузить PDF
Creating Unusual Shapes in Altium Designer - The Donut Загрузить PDF
Meeting the Challenges of Wearable Devices with Rigid-Flex PCB Design Learn more about Rigid Flex challenges and opportunities. Загрузить PDF
How To Reduce Design Respins With Embedded 3D STEP Models Загрузить PDF