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Adafruit, SparkFun, and others also have excellent documentation. Source Files and DocumentationĪdditionally, they almost always have published schematic and design sources, so that when you do decide to integrate the components directly into your custom circuit, you can use the module designs as a reference.
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These modules typically have all necessary support circuitry to support the particular peripheral already on the board, and they will typically have a header that is sized perfectly to fit into a breadboard. For instance, SparkFun and Adafruit are industry leaders in such hardware and have a vast library of sensors, displays, motor drivers, GNSS (GPS) sensors, servos, and nearly anything else you’ll need.įor instance, the picture below comes from on of our Hackster Projects and illustrates a breadboard version of a GY521 Gyroscopic sensor breakout: Starting with Pre-made Modulesįortunately these days, you can find high-quality, breadboard-friendly, pre-made modules and breakouts for most IoT peripherals and the hardware scenarios that they address. In making a list of the constituent parts and then attacking them individually, you can reduce overall complexity and get a better handle on the scope of the project.
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In fact, the first step in designing a hardware solution (or software for that matter) is to examine the challenge you’re trying to solve and breaking it into pieces. While we usually bias towards spinning a custom PCB for anything of complexity, breadboarding is a great way to design, build, and validate parts of circuits.