A radio frequency (RF) printed circuit board (PCB), which operates on very low to extremely high frequency waves, is typically used for projects involving communication signals. This includes everything from cell phones to military radars.

Printed circuit board fabrication and manufacturing has certainly evolved over the last few decades with the addition of new types of technology and manufacturing equipment. But one thing has remained the same — the process is often a complex and intricate one, and regardless of the type of PCB, proper manufacturing is essential to the board’s success and ability to function.

A via is an essential component of any printed circuit board (PCB), but there are specific requirements and guidelines you should consider when selecting the right via size for your next project. Failure to do so may result in unnecessary delays and costs.

Choosing the right production method can make or break your manufacturing business. From startups designing their first products to multinational corporations looking for efficiencies in their production lines, the question of whether to opt for consignment or turnkey manufacturing is more crucial than ever.

In a world where technology grows more complex by the day, it’s often the small, hidden components that make the biggest differences. When it comes to the electronics industry, one such component is the printed circuit board (PCB).

If you want to master stencil design for PCB assembly, you've come to the right place. This guide covers everything you need to know to create efficient stencils for surface mount technology (SMT) processes, including stencil printing techniques and aperture design tips.