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From medical devices to fighter jets to the smartphones that have become another appendage for most, there is virtually no person who has been untouched by the need for microelectronics.

High frequency (HF) and radio frequency (RF) are fundamental in multiple domains, such as aerospace, defense, and medicine, and are often encountered in communication systems, radar devices, and imaging equipment. However, the high frequencies usually involve challenges that PCB designers would not typically face in non-HF designs, such as the need for impedance matching, the skin effect, crosstalk, EMI issues, and reflections.

Printed circuit boards (PCBs) form the vital backbone of practically all modern electronic devices, as they facilitate the production of intricate yet reliable designs in large quantities.

The annual event will feature unprecedented exclusive discounts on printed circuit boards, increasing access to the rapidly expanding industry.

Welcome to the fascinating world of PCB design, where the interplay of various elements shapes the heart of modern electronics. Today, let’s have a chat about something crucial but often underrated – the impact of vias, sequential lamination, and plating on signal integrity.

The relationship between designers and fabricators plays a crucial role in the success of any project. However, there has been an ongoing discussion about the disconnect between these two groups and the benefits of having designers who understand the intricacies of fabrication facilities.

In the world of Printed Circuit Board (PCB) manufacturing, the landscape is constantly evolving. With applications spanning across various industries, including Medical, Aerospace, Military, and more, designers and design engineers need to stay ahead of the curve.

Embarking on a career in PCB design is an exciting journey filled with innovation and endless possibilities. As experienced PCB designers, we understand the challenges that new designers face when navigating the intricate world of manufacturing processes or PCB design in general.

As consumer demands for faster, smaller and more efficient devices intensify, so do printed circuit board requirements. PCBs are the backbone of all electronic devices. They affect their size, speed and functionality.