EMA Design Automation

Selecting an Electronic Design Automation (EDA) platform is one of the most consequential decisions an engineering team will make. Deciding ...

When tackling PCB design for power electronics, engineers face a demanding balancing act: safely routing massive amounts of energy through continually shrinking, highly constrained physical dimensions.

Consider a typical 50A bus trace inside a motor drive inverter; that single copper path simultaneously acts as a resistive heater, a mechan...

Radio frequency (RF) printed circuit boards (PCBs) operate in a regime where standard digital layout rules simply stop working. The PCB industry classifies any high-frequency board operating above 10...

Team collaboration is vital to design success, but with multiple designers, how do you manage component data and ensure correct components are being used across your projects? Even a small oversight in any of these areas can lead to design errors, project delays, and costly board respins.

Allegro X helps address these challenges through centralized library managemen...

Printed Circuit Board failures in medical devices are patient safety events. Therefore, PCB design for medical devices is a different engineering discipline than for consumer electronics. Designers must prioritize patient isolation, regulatory compliance, and absolute long-term reliability over cost reduction. Medical PCBs power everything from ...