Screen shot of Xpedition software showing constrain-driven design

PCB design best practices: constraint-driven design

The next best practice within the engineering productivity and efficiency pillar is constraint-driven design. What is constraint-driven design? Constraint-driven design…

Image of design reuse using Xpedition

PCB design best practices: design reuse

The next best practice in this pillar that I’m going to dive deeper into is design reuse. I can tell…

Screen capture of Xpedition pcb design software showing concurrent design

PCB design best practices: concurrent design

The second PCB design best practice that falls into the engineering productivity and efficiency pillar is concurrent design. What is…

A screen shot of Xpedition software showing design automation

PCB design best practices: design automation

When we think about the PCB design best practices that fall into the engineering productivity and efficiency pillar, we need…

Image showing Xpedition software with text that says Engineering productivity and efficiency

PCB design best practices pillar 2: engineering productivity and efficiency

As I outlined in my first blog, there are five pillars of PCB design best practices. The first pillar we…

Screen shot of Xpedition showing Library and design data management

PCB design best practice: library and design data management

Another best practice of this pillar is library and design data management. And what I mean by that is how…

screen shot of Xpedition software showing design manufacturing collaboration

PCB design best practice: design and manufacturing collaboration

Another best practice to talk about within the digitally integrated and optimized pillar is the collaboration between design and manufacturing…

Screen shot of Xpedition software showing ECAD MCAD co-design

PCB design best practice: ECAD/MCAD co-design

When we think about the PCB design best practices that fall into the digitally integrated and optimized pillar, we need…

Image of a PCB with words that say Digitally integrated and optimized

PCB design best practices pillar 1: digitally integrated and optimized

As I outlined in my last blog, there are five pillars of PCB design best practices. The first one I…