Easy and fast DFM analysis now available for PCB designers

PCB designers face a lot of challenges. On one hand, the design must fulfill the electrical functionality requirements. On the other hand, it has…
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PCB design best practices: analog mixed-signal (AMS)

Analog mixed-signal circuit simulation (AMS) is a technique for analyzing circuits in an integrated environment for analog/mixed-signal behavior, supporting advanced modeling techniques based on…
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Thermal analysis: a crucial part of any PCB design flow

Thermal analysis in the PCB design process stands out as a key tool to ensure the reliability, performance and longevity of electronic systems. Often…

The importance of design for manufacturability in the PCB design process

When it comes to designing and producing electronics, success hinges not merely on the excellence of your design, but also on how effectively and…

PCB design best practice: design and manufacturing collaboration

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

Considerations for rigid-flex design

Rigid-flex design introduces several challenges that many of today’s design tools cannot handle. These could include: Multiple layer stackups Bend areas with specific design…

Choosing the right laminate for your PCB design

In recent years it’s become more important to choose the right material for every PCB design. In the past, there were a limited number of…

The core of PCB design: physical layout

Electrical engineers are now often responsible for the complete PCB design, from logic design to physical layout, and high-speed designs are now commonplace, resulting…