I'm sure someone will have a much better recommendation. Do you have an old physics book? Working a few or a lot of simple voltage divider problems, to just rea

I'm sure someone will have a much better recommendation. Do you have an old physics book? Working a few or a lot of simple voltage divider problems, to just really nail down V=IR is helpful. a ton of digital stuff can be thought of as snapshots between two states. might give you some help reading schematics as well. a pretty ham fisted analogy, imagine a full glass of water on the left, and an empty glass of water on the right. you pour the water from the full glass into the empty glass. There is a BOATLOAD of physics happening there. but all you really care about is Left glass full -> left glass empty. easy peasy. if you're comfortable with https://nandgame.com https://nandgame.com you've pretty much got all you need to know how computers work. the last bit is pretty much, how do you use a transistor to make a nand gate? it blew my mind to find out it's just - https://mathcenter.oxford.emory.edu/site/cs170/nandFromTransistors/ https://mathcenter.oxford.emory.edu/site/cs170/nandFromTrans... Stuff that's changing is tougher, like radios or whatever. digital is sort of steady -> chaos -> steady. analog you care a lot about all the little partial derivatives. The ben eater videos maybe? https://eater.net/8bit/ https://eater.net/8bit/ He'll walk you through a lot of basic electronics in a pretty casual way. I wish I could give you something more "sure fire way to learn electronics" but my knowledge is pretty haphazard. that stuff helped me.