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…

Illustration of a computer showing MCAD integration with PADS Professional Premium

MCAD Collaboration with PADS Professional Premium

One of the trends emerging over the past several years is packing more and more functionality onto ever decreasing substrates….

Illustration of a computer showing routing automation with PADS Professional Premium

Routing automation

One of the most critical and time-consuming part of the PCB design cycle is interconnecting the design. Typically, this is…

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…

Illustration of a computer screen showing physical layout in PADS Professional Premium

The core of PCB design: physical layout

Studies have shown that a majority of design time is spent on placement and routing. That said, over the past…

Illustration of a computer with screen showing collaboration and version management in PADS Professional Premium

The importance of collaboration and version management in PCB design

Companies that design electronic products often experience problems with team collaboration during the design process, making collaboration and version management…

Image of Stephen Chavez working on a PCB design using Xpedition

Introduction to the new PCB design best practices series

Are you a PCB designer, an electrical engineer, or someone else involved with printed circuit engineering looking to optimize the…

Illustration of a computer with screen showing variant management in PADS Professional Premium

Variant management in the PCB design process

It’s typical for today’s electronic products to have different producible versions or variants. This is because a product may need…

Illustration showing a computer with Board verification using simulation on screen

Board verification using simulation

Lack of signal integrity (SI) validation is one of the key reasons board designs fail in the field. That’s why…