Design reliability

Electronics deteriorate over time, making the ability to plan and execute for total electronics maintenance important for PCB designers.

Silicone conformal coatings are a specific conformal coating type ideal for use at high temperatures and with flexible PCBs.

PCB DFM guidelines help manufacturers find design problems that might not be explicitly classified as errors.

Embedded electronics are an increasingly vital part of modern technology—learn how they are projected to grow in the next decade.

When designing boards for fast-scan cyclic voltammetry, it is essential to follow the considerations given in this blog.

Waterproofing electronics materials is a great way of protecting them from moisture. Here are some of the most popular methods.

A look at ineffective methods of training, and how good PCB design training can help you design a better board.

This article describes layout constraint management in PCB design, it’s importance, and some of the benefits that constraint management in layout will yield.

Performing the right testing on your bare board PCBs can ensure that you don’t run into costly mistakes down the line, delaying your production timeline.

By making good use of current-voltage characteristics, as we describe in this blog, you can design more reliable PCBAs.

Designing analog ASICs should be performed with the same objectives of operational and structural reliability as for PCBA design, as we explain in this blog.

This article talks about what a PCB test point is, how it is used, and why it is important to the successful manufacturing of a printed circuit board.

In this blog, we compare FMECA vs fault tree analysis and answer the question of which one is better for your PCBA risk management. The answer may surprise you.

Knowing how to find a short circuit in your design can save you a lot of time and money. Let’s look at how to do this and what to look for.

Converting capacitance to impedance is a necessary requirement for accurate AC circuit analysis.