To produce a PCB that meets industrial requirements, you’ll need to refer to existing PCB design standards. ![]() Left unanswered, you’ll end up with a PCB that isn’t optimized to perform safely or reliably. ![]() Should you increase the via size by a couple of millimeters? Is the clearance between the power and signal traces sufficient? What are the best practices for thermal management? When you’re tasked with working on a PCB layout, questions can pop up one after another. PCB design standards ensure safety, reliability, and manufacturability. In this article we are going to talk about what these PCB design standards are and why it is so important to comply with them. Since electronics are involved in so many facets of our lives, having and relying on these design standards is critically important. In the realm of electronics, PCB design standards were created as a way to determine if a design is meeting the required industry standards. When quality and safety are of the utmost importance, it is especially important to have a set of clear and reliable standards. ![]() ![]() Explore commonly used PCB design standards.įind out why compliance with PCB design standards is important.Īs someone with high personal standards, I am used to performing under my own imposed rigorous metrics.
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