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OnTrack Newsletter: PCB Design Zen, Component Management and Brain Food - June 2019 OnTrack Newsletter – July 2019 VOL. 3 No 3 To view this email as a web page, click here OnTrack Newsletter July 2019 VOL. 3 No 3 AltiumLive 2019: The Hat Trick The third annual AltiumLive: Annual PCB Design conference is almost here again and will be located in San Diego and Frankfurt. Learn more about all that’s in store for this year’s event and how we plan to pull off a perfect hat trick! Read Article EIPC: A European Community of PCB Read Article

38:13 2019-07-04 - Easy PCB Drawings with Draftsman - EN - Webinar - APAC - ADSCvid Watch Video

PCB Design Certifications and Learning Programs

PCB Designer Certifications and Learning Programs In this OnTrack Podcast Episode learn about how CID certification can help you land a job as a PCB designer. Watch the full episode here. Read Article

Continuous Integration: An Implementation Using Altium Designer In a previous article, Continuous Integration and Deployment in ECAD, we discussed the concept of Continuous Integration while testing within a build system (leveraging Git). In this article, we will take a deeper look at how to set this up and run these “tests” against one’s PCB design project. Continuous Integration Tests: Revisited In Software Engineering, the purpose of implementing Continuous Integration into a workflow is to prevent one’s Read Article

The Evolution Of Simulation Technology and Crosstalk In Part 1 of this blog, I discussed the evolution of simulation as it applied to calculating impedance control. This article focuses on crosstalk which, along with impedance, is one of the more straightforward aspects associated with simulation. The following describes the various elements associated with crosstalk, the challenges associated with it and how to ensure that your PCB design meets crosstalk requirements. Crosstalk Solving for Read Article

The Evolution Of Simulation Technology and Impedance

When design engineers started using simulation toolsets, we originally cared only about impedance and terminations. Then when things got fast, we had to worry about loss in the path. Next, we had to address differential pairs (which are specialized transmission lines) and skew. Most recently, we have had to worry about the effect of vias at very high data rates. Note: Of all of these elements, skew is the only one which cannot be simulated. From

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Rigid Flex Cost Comparison Are you starting a design and contemplating whether to use a rigid-flex construction or to move forward with multiple rigid boards and wire/cable connections? Using a rigid-flex concept to replace the traditional approach of using cable assemblies to join two or more rigid boards has clear benefits: reduction in space and weight, more design freedom in packaging, reliability, and increased current carrying capabilities. But the rigid-flex Read Article

Addressing The PDS Design Challenge In part 1 of this article, I described the various challenges and problems associated with maintaining the power integrity of a PCB as accomplished through the design of a fully functioning PDS for any given product implementation. This article will address those problems and challenges by outlining the elements that comprise a PDS, what the job of an engineer is in designing a PDS and the resources available for that design process. It should be Read Article

Why and How to Use an Aluminum PCB Substrate for Your Next Design

Why and How to Use an Aluminum PCB Substrate for Your Next Stackup Design Aluminum can be used for more than just soda cans I don’t drink soda so much anymore now that I’m in my thirties, but I know aluminum has plenty of uses outside of making coke cans. One use is in the core of your PCB as a material for thermal management. Aluminum has high thermal conductivity and can be used to carry heat away from active components on a PCB when other passive or active cooling measures cannot bring component temperatures to a Read Article

What Size Decoupling Capacitor Should You Use For Digital ICs?

Decoupling Capacitor Calculations: What Size Should You Use For Digital ICs? Are these decoupling capacitors sized properly? Something that comes up repeatedly in PCB design guidelines, including high-speed digital design "gurus", is the need to find the proper decoupling capacitor size. This is sometimes addressed without a full understanding of what these caps are supposed to do in a PDN or their role in ensuring power integrity. I've also seen many application notes that default to the decades-old guideline of placing Read Article

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