![]() For example, you can do anything you want in KiCad and most of what you want in Eagle. Thirdly, this series of posts serves as a basis of comparison between different tools. Since the reference schematic and board are sufficiently complex for 90% of common PCB design tasks, each of these posts is a quick how-to guide for a specific tool. Secondly, each post in this series is a quick getting started guide for each PCB tool. Already we’ve done Fritzing (thumbs down), KiCad (thumbs up), Eagle (thumbs up), and Protel Autotrax (interesting from a historical perspective). First, each post in this series is effectively a review of a particular tool. There are three reasons why this sort of review is valuable. Every post in this series takes a reference schematic and board, and recreates all the elements in a completely new PCB tool. For the last five months, I’ve been writing a series of posts describing how to build a PCB in every piece of software out there.
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