If it’s your first time designing a PCB and you’re ready for the routing phase, then don’t fret, we’ll show you how to route a PCB and determine the routing requirements you should follow in your PCB. The important routing techniques you’ll use for your board depend on the signaling standard you’re working with and the required routing topology. Traces on a PCB can carry very specific design requirements that are meant to ensure signal integrity during routing.Īlthough traces might have specific routing requirements, today’s more advanced PCB routing techniques and features can help you set up and follow design rules for your traces. While that may have been true back in the days of low-speed TTL DIP components on simple boards, today’s design requirements are much more complex. After importing the board and arranging components on the board, it would seem a relatively easy matter to start connecting components with copper. Routing PCB traces and vias on a PCB design is often thought of as a simple task.
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