starts with a basic breadboard design, draws a schematic, prototypes the circuit, then designs the PCB and orders it online, followed by assembly and testing. The PCB in question has two shift registers, eight LEDs, eight buttons, and fits onto an Arduino it’s just complex enough to demonstrate useful design features and methods while remaining accessible. ![]() Anyone who is curious or has been looking for an opportunity to get started will find ’s process useful to follow. ![]() Decided to document his experience using Fritzing to design, fabricate, and test a custom Arduino shield PCB, and his step-by-step documentation makes the workflow very clear.
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