A customer recently asked me if CR-8000 Design Force could support stretchable flex designs. At first, I found the question odd, until they shared their intent: wearable electronics. The idea of wearable electronic products like head and wrist bands sparked an interesting conversation and piqued my interest.
When it comes design rule checks for PCB designs, there are checks that should be performed that are just as important as spacing rules. Strict adherence to basic PCB design rule checks, such as track to track, track to via, via to via, pad to track etc. – though necessary to avoid short circuits – only scratch the surface when trying to identify potential design flaws. I often see PCB designs that are completed based on this premise and wonder what else could be hiding in the design?
A common task that is often dreaded among PCB designers is having to relocate a large point-count BGA that’s fanned out, and even partially escaped routed, to the opposite side of a PCB. This tech tip demonstrates how to embed routed patterns into components to make them easy to move and then mirror the components on the opposite sides of the design.
As a boating enthusiast, I appreciate the beauty of an older mahogany run-about, the finely painted details of a sailboat and the flash and bling of a high performance off-shore go-fast gas guzzler. And let’s not forget the indulgence of a mega yacht that many of us dream of boarding for a gathering for a few hours for some serious dream building and mingling.
When it comes to advanced miniaturization of electronic products such as wearables and mobile devices, it is crucial that your design process utilize tools that meet and exceed engineering requirements. In this video, we will show how embedded passive devices are created and how they can be moved from layer to layer in Design Force.