Printed Circuit Boards (PCBs) provide the necessary interconnections and support for electronic components to function as a cohesive entity in modern electronic devices. As the size, complexity, and...
Most modern electronic devices contain printed circuit boards (PCBs) critical to their performance. Each layer of a PCB is physically arranged in a stack-up, and each layer is essential to the...
Printed circuit boards (PCBs) are crucial in today's technologically advanced, highly connected society. Many products, from TV remotes to cellphones, are only functional because of the conductive...
Once the lamination process has been completed, the PCB enters the drilling phase, which takes place following the specifications contained in the PCB NC drill files. The process of creating holes in...
In recent years, electronic devices have undergone a continuous evolution that has led to ever smaller footprint, accompanied by ever higher performance and speed. Smaller, more complex and denser...
In recent years, the development of new electronic technologies has made possible a constant miniaturization of electronic devices, with ever smaller and more performing PCBs. As we will see in the...
The shortage of electronic components, in particular of some categories of semiconductors and chips, has for some time been creating many problems for the global electronics industry. This crisis of...
Dielectric materials are the basis of every printed circuit board, forming the non-conductive substrate inserted between the conductive layers of the PCB, as shown in Figure 1. Dielectric materials...
The PCB footprint defines the physical interface between each electronic component and the printed circuit board, providing essential information for the assembly and maintenance phases of the PCB,...
