Rick Hartley and What to Avoid in 4 and 6-Layer Stack-ups [OnTrack Podcast]

July 24, 2018

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The SOSA Standard: What PCB Designers Need to Know Learn more about the new SOSA standard for embedded systems. PCB designers working on aerospace and military embedded systems will need to design to this standard. Read Article

Jira for Hardware Development: Tools and Processes New collaboration tools can create a Jira for hardware development-type process for PCB designers and electrical engineers. Read Article

Common Printed Circuit Board Defects You Can Fix in the Cloud Solve these printed circuit board defects you can fix with the cloud collaboration tools in Altium Designer. Read Article

Automate Front End Engineering Processes with Kent Balius This episode is all about smart engineering. Learn how an automated process can help increase your profits and revenues. Read Article

Sync Your Electronics Inventory Management System With the Cloud Do you use internal databases and tracking tools for electronics inventory management? Sync your inventory management system with the cloud. Read Article

Detroit Become Human Cosplay with Flexible PCBs and CircuitPython A Father’s Story for “Introduce A Girl To STEM Day” Read Article

Working with Customer PCB Fabrication Data Through the Cloud Manufacturing won’t begin until you can receive and inspect PCB fabrication data from customers. Here’s how Altium 365 helps by bringing design and fab data into Altium Designer. Read Article

Looking Forward: 2021 Industry Trends and Events to Watch for Where are we going in these crazy times? Mike Buetow shares with us what to look out for, the current trends, and what will help you be a better design engineer in 2021. Read Article

IPC-2551 Digital Twin Standard Released Read our brief on the new IPC-2551 standard and how digital twins might be used in the PCB industry. Read Article

S-Parameter Measurements and Errors in Power Integrity No matter where you look, it seems S-parameters never go away! They are mandatory tools for understanding some systems, such as an interconnect or antenna, while other network parameters can sometimes give a better conceptual understanding of electrical behavior. These parameters are normally reserved for signal integrity among electronics engineers, but if you look hard enough, you’ll find that S-parameters are also used for power integrity Read Article

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