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ive always ignored my dad's insistence on Arduino on me until i started doing CS in college, where should i start? I did a little bit of soldering but i have no idea how a breadboard works, or what the fuck is grounding.
Replies: >>13234
Your dad sounds gay
Replies: >>13232
>>13231
he loves star trek.
Replies: >>13233
>>13232
that confirms it
>>13230 (OP) 
You should learn basic dc circuitry while diving into arduino stuff. Grab yourself a basic learning/breadboard kit and actually breadboard out something before soldering it. Doesn't need to involve a microcontroller, just enough to learn to read basic circuit diagrams and follow them. You don't need any fancy tools, just get a cheap multimeter and soldering iron (with some desolder braid, very important). "Getting started with electronics" by Forrest M Mimms is a great starting book too, has a lot of illustrations that make learning concepts easy.
Replies: >>16232
What's a solid microcontroller for relaxed stability pitch control in homemade toy aircraft?
Doesn't have to be fast but has to be very reliable in real time conditions.
Replies: >>13310
>>13263
raspberry pi pico
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What beginner tools are needed for soldering besides a soldering iron, flux, and solder?
Replies: >>15638
>>15637
Good pair of helping hands and/or vices
Tweezers, lots of them
Pliers
Microscope or eyeglasses if  eyes are not good
Ventilation
Depending on what you solder, hot air gun and heat shrink. In my experience, if you can use UV epoxy, it is much better
Soldering iron tips, lots of them of different sizes
A wire mesh ball to abusively clean tips
Sponge with water to quickly clean tip
Light source
Replies: >>15641
>>15638
Missed: multimeter for connectivity check
>>13234
helpful post
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https://en.wikipedia.org/wiki/Eurocard_(printed_circuit_board)
>Eurocard is an IEEE standard format for printed circuit board (PCB) cards that can be plugged together into a standard chassis which, in turn, can be mounted in a 19-inch rack. The chassis consists of a series of slotted card guides on the top and bottom, into which the cards are slid so they stand on end, like books on a shelf. At the spine of each card is one or more connectors which plug into mating connectors on a backplane that closes the rear of the chassis.
It is a physical format only, so you can use whatever connectors with whatever hardware you want, and 100mm version is pretty close to standard PCI Express card sizes. A 16x PCIe connector is also less than 100mm long, so you could design Eurocards with that connector. Maybe it would be even possible to design Eurocards and PCIe cards in tandem, as the main difference would be placing the connector either at the end or at the bottom. Still, what I am really thinking about is how 10" racks are getting popular: you could make a 10" 3U PCIe-Eurocard that could be used to house anything from a large variety of SBCs to gigantic RAM cards to ridiculous SSD farms. I could see it being a hit with certain hobbyists if you turn old systems into Eurocard SBCs, so that you could plug an Amiga and a Macintosh and Pentium II into the same 3U rack.
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