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Schematic Capture and Schematic Entry
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
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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.
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PCB Design Software Features To Consider
Before making a decision on buying a home, you would probably ask a lot of questions. Is it close to the facilities and services that are important to you? Is it in a good and safe neighborhood? Will the layout of the house satisfy your needs? These are all important questions that need to be answered before you commit to living there. In the same way, buying new PCB design software deserves the same level of scrutiny. You will want to find out
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High Speed Design Techniques: Schematic Considerations
With my apologies to Richard Rodgers and Oscar Hammerstein for borrowing their lyrics, “Let’s start at the very beginning, a very good place to start…” In this case, however, we are going to be looking at high frequency and high speed PCB design techniques instead of a Hollywood musical, and the beginning happens to be the schematic. You may argue that the place to start would be on the ground plane itself. Board materials, layer stackup planning
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Using ESD Grounding Techniques to Protect Your PCB from Electrical Damage
ESD grounding needs to be implemented in the PCB layout and in the enclosure to ensure devices can be protected from damage.
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Why You Need Integrated Circuit Simulation: PCB Design Tips & Tricks - Altium Audio Bites
Altium Audio Bites gives you bite-sized information that's easy to digest and apply to your everyday design tasks. From our PCB Design Tips & Tricks, audio series here is: Why You Need Integrated Circuit Simulation. All our audio series are from real PCB designers in the field, detailing their day-to-day problems and experiences. We hope you can learn from this as much as we have. Give it a listen and let us know what you think in the comments
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Why You Need an Integrated Circuit Simulator
Integrated Circuit Simulation: integrated circuit simulator, or simulating ICs? You aren’t a newbie anymore but here’s why we say keep the integrated circuit creator in your toolkit. As your career progresses, you become more confident. You’ll tend to collect circuits you know work well in different designs - power supplies, filters, oscillators, etc. Most of the time these reusable blocks will work great in any place you choose to use them, but
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Why Use Plated Through Hole Technology in PCB Design?
Plated through hole technology components remain important or required in many applications. Learn more about through-hole mounting technology in PCB design.
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The Wild West of PCB Design - Part Choice Showdown
Does your part selection process ever feel like a wild west showdown, where every stakeholder is out to protect their own self-interests at the expense of your own? Learn how to turn your part choice selections into a win-win for your entire design team with a new feature in Altium Designer
®
16. Link Does your part selection process ever feel like a scene from a wild west movie, where every stakeholder is out to protect their own self-interests
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How to Avoid the Most Common Errors in Your Schematic Design Process
There are over 100 errors a PCB designer can make in the schematic design process. Are you catching them all in your current design criteria review process? Read on to find out how you can better catch some of the most common PCB design mistakes. A Decade of Differences Schematic designs review processes were a lot simpler 10 years ago, and the schematic review process to check for errors didn’t seem to require such a huge dedication of man-hours
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5 PCB Designer Productivity Features in Altium Designer You Need to Be Using Now
Are you getting the most efficiency out of your Altium Designer
®
workflow? Use these 5 time-saving features to enhance your PCB design productivity. I sat down to talk with some of our best and brightest at Altium Designer, those who have poured countless hours and effort into learning, using, and developing Altium Designer. Why? I wanted to extract the top 5 productivity features they use day in and day out that shave hours off of their design
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How to use Schematic CAD Drawings for Cable Assemblies: Part 3
The long anticipated part 3 in Sainesh Solanki's Cable and Harness Design blog series is here! This installment continues the establishment of libraries with connector heads and crimp lugs, as well as how to model heat shrinks. We introduce some parameters too, which enable wire-to-crimp compatibility checks. You can access part 2 here , but if you're all caught up, read on! Creating Components Continued... There are two additional schematic
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Power Nets Management: Circuit Board Best Practices
A recent BugCrunch item (Power input vs output) raised the long standing issue of power management in Altium Designer
®
. PCB fabrication can be a complicated process when considering all of the items that go into it. Between the vias, solder mask, and solder, things can get messy. To ensure we are all on the same page, I have some opinions on PCB assembly before work gets started. As always, I will be very interested in your thoughts and comments
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The Transition of Transistors: A Transistor History Timeline
Even if you’re not an electrical engineer, chances are you still love technology and all it offers, whether it be for work or pleasure. We all get caught up in the buzz when a new processor comes out and hear things like how Intel is using a 14nm (nanometer) technology and has over a billion graphene transistors. But what exactly is this technology and for what device? Back to the Basics As complicated as the world of engineering can be
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Automating PCB Design Environments: How to Simplify and Automate Your PCB ECO Workflow
Shuffling different programs for your schematic and PCB layout design changes costs both time and money. Altium Designer
®
tackles this issue with a unified design system that automatically transfers data between schematic and PCB using component links. Read on to learn how component links are increasing productivity by automating ECO procedures. Transferring data from schematic to PCB, or vice versa, is traditionally a task stretched across
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The Peak of Engineering Efficiency is Now Available in Altium Designer 17
The Peak of Engineering Efficiency and PCB Design Technology is Now Available in Altium 17 The engineering mentality is one focused on efficiency and creativity. And whether you’re designing electronics in today’s autonomous vehicles or connected devices, the careful balance between art and science walks a very thin line. Sooner or later, you’re bound to hit a roadblock. Not in your ideas, but in executing those ideas efficiently in your tools
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Using ORCAD Hierarchical Schematic Design to Stay Organized and Synchronized
New Altium Designer
®
users may not fully understand the benefits of organizing schematic sheets into a hierarchical top-down or bottom-up perspective. Read on to learn how to keep your hierarchical design project organized and synchronized with circuit schematic hierarchies. New Altium users may not fully understand the benefits of organizing schematic sheets into a hierarchical top-down or bottom-up perspective designs. As a result, users often
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