![]() ![]() Here the positioning and spacing is just like the real world. Once all the pieces are in place and connected up I switched to PCB view where you get to see what the actual printed circuit board will look like. At this point spacing doesn’t matter too much, as it’s just to get all the components and connections in place. I added in the screw terminals I wanted, and wired it all up. I started by designing what I needed in Fritzing using the breadboard view. (The board I designed probably cost about $2.15 more than the Adafruit boards, but it’s also designed to be exactly what I need.) I had been putting the boards onto Adafruit Perma-Proto Breadboards which are great to work with, but after building a few of these that were very similar to each other, I thought I could just design my own PCB to get the job done. ![]() The Teensy LC BOB (BreakOut Board) came about due to my use of the Teensy for a few museum projects that were using the controller as an input device for a computer. You can see I had to drill them a bit larger.) (Pictured above is version 1.0, which has been revised due to a few spacing issues and the mounting holes being too small. The board is for a Teensy LC, and breaks out most of the pins to screw terminals. By “real” I mean one that I sent out to get fabricated, not one I did at home by etching it myself. I recently created my first “real” printed circuit board. ![]()
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