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Designing on paper certainly has a nostalgic charm, and many of us learned circuit design using simple drafting tools. However, circuit board design has become more complex since the good old days of using a drafting board. If you are still using pen and paper, you miss out on some beneficial functionality available in even the most simple schematic drawing software tools. Let’s compare pen and paper schematics with CAD schematic capture systems and see some of these differences.

Have you ever had a meal dining out that you were sure you could make better at home? I don’t consider myself a great cook. Still, there are the rare disappointing occasions at the restaurant when I realize I could’ve just stayed home and cooked something probably healthier and cheaper.

It is crucial to take basic steps to ensure design integrity before converting the schematic to a PCB layout.

PCB layout best practices incorporate a wide set of guidelines, mostly regarding manufacturability, signal integrity, and reliability.

Design teams need to ensure that their library data is up-to-date and ready to avoid costly and time-consuming delays. Let’s look at some good CAD library management practices and ideas to guarantee that your PCB libraries won’t let you down.

Industrial circuit boards are typically used in applications that require high power levels to drive motors or other heavy-duty equipment. Because of these power requirements, the layout rules and constraints are different than what would be used to layout a low-power IoT device. Here we’ll look at some of the differences with this type of circuit board layout technology and what designers need to understand about industrial PCB design rules.