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Proto-Electronic's Blog

Discover the blog and news from Proto-electronics.com.

Exploring novel substrates for high-performance PCBs

Printed Circuit Boards (PCBs) serve as a fundamental infrastructure for electronic devices, facilitating the connecting of diverse electronic components. The advancement of electronic devices...

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Space-Grade PCBs: challenges in designing electronics for extreme environments

The design and manufacturing of electronic devices capable of withstanding the severe conditions of space have assumed critical importance in the pursuit of cosmic exploration. Printed circuit boards...

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Guidelines for minimizing differential and single-ended crosstalk in PCB designs

Crosstalk is a common issue in high-speed digital and analog circuits, which can degrade signal integrity and introduce noise. By understanding the underlying causes of crosstalk and implementing...

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Guidelines for selecting the best PCB surface finish

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...

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Our top rules for PCB stack-up and layer ordering

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...

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What is PCB traceability and why is it needed?

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...

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Things to know about PCB drilling process

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...

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How to deal with moisture and sensitive devices on PCB

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...

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Our Best Design Rules for Small-Size PCBs

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...

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