Getting PCBs made is often the key step in taking a dodgy lab experiment and turning it into a functional piece of equipment.

The printed circuit board assembly process has undergone revolutionary changes over the past three decades. What once relied primarily on manual component insertion and wave soldering has transformed ...

Although off-the-shelf breadboards are plentiful and cheap, they almost always seem to use the same basic design. Although you can clumsily reassemble most of them by removing the voltage rail ...

Abstract: In electronic design automation (EDA), printed circuit board (PCB) design plays a crucial role. Ensuring the reliability of the PCB design tool chain is essential, as bugs in the tool chain ...

Every year, the world throws away about 62 million metric tons of electronic waste. Despite the valuable metals in electronics, we recycle less than a quarter of what we produce. At the end of the day ...

In the fast-evolving field of electronic systems design, engineers are under increasing pressure to deliver innovative, high-performance products within ever ...

Abstract: The introduction of machine learning (ML) methods into the design process of printed circuit boards drives the need for large quantities of readily available data. This paper addresses the ...

Meeting dimensional and signal integrity requirements while fitting standard slots. Fabricators often create multilayer PCBs of various thicknesses, which may include PCBs with varying thickness in ...

Printed Circuit Boards (PCBs) serve as the cornerstone of nearly every electronic device, from phones to powerful servers. Yet, how exactly do these intricate boards come together? The process blends ...