Cellulose residues, which have hardly been used to date, can be pressed into hard circuit boards after “hornification.” They don't have to be totally waterproof.

Today, electronic devices have become powerful and reliable even in harsh conditions, thanks to printed circuit boards. Without a PCB, you do not have modern electronics. Printed Circuit Boards come ...

They are the "heart" of every electronic device, from laptops to electric toothbrushes: printed circuit boards, also known as ...

These days, it is hard to imagine electronics without printed circuit boards. They are literally in everything. While making PCBs at home used to be a chore, these days, you design on a computer, ...

Printed circuit boards (PCBs) have become the foundation of contemporary electronics, appearing in nearly all electronic equipment. The worldwide printed circuit board industry is continually ...

A new type of printed circuit board (PCB) could drastically reduce the amount of electronic waste that ends up in landfills. Although most PCBs are difficult to recycle, such is not the case with this ...

How do you reverse engineer a PCB and do it safely for your research? This article looks at the process and the tools to accomplish the task. What is reverse engineering? Tools used to reverse ...

Conductive filament exists, but it takes more than that to 3D print something like a circuit board. The main issue is that traces made from conductive filament are basically resistors; they don’t act ...

New bipartisan legislation falls in line with other bills aimed at promoting U.S. manufacturing of printed circuit boards and other critical electronic input materials. Two bipartisan lawmakers ...