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Digital. The world of electronics is a lot easier to understand if we start by dividing . Understanding digital logic gates is a major prerequisite to learning how all.
Table of contents
- Step 1: Get An Overview Of The Basics
- Learn basic electronics for beginners [Step by step guide]
- Beginning Digital Electronics through Projects
- Back to Basics: What is Boolean Logic?
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Step 1: Get An Overview Of The Basics
Summary on tutorial Digital Logic Design. Download the file. Login or Create an account to leave a feedback. Office Computer programming Web programming Database 93 Operating system 63 Mathematics 59 Graphics 54 Network 48 Computer security 44 Other 42 Computer architecture 23 design and analysis Similar Tutorials.
The author is a hothead and generally disliked by the entire electronics community. Actually, there are some rumors about him that are quite unsavory, and I'm waiting until the cetacean equivalent of the metoo movement to make an appearance on twitter to see the fallout from that. Fair enough I guess, but I would also hate to deny people the same sort of easy path that allowed me to get interested in the subject and access a complicated topic. Do you have any alternatives to recommend? That comment is from the series' author, just doing a bit of his signature trolling for which he is so beloved on Hackaday.
I know he Brian has expressed that those articles generated underwhelming metrics for the amount of work they take, but they really are a useful resource for people looking to get an overview of their options. And I'm sure the Whalebait fiasco will blow over soon enough. Blenster on Apr 6, What's he doing with whales? Please don't. Falstadt iirc is a great web based one that is pretty easy to use. It's not as accurate as ltspice though but it's good for simple stuff.
Learn basic electronics for beginners [Step by step guide]
Sadly, the Java version vastly outperforms the JS one, at least on my machine, but Java applets are annoying to run nowadays. BenjiWiebe on Apr 6, The JS one is plenty performant on my machine. I love that simulator. Helps me intuitively understand the circuit when I can see the voltage and current on each connection.
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Immortalin on Apr 6, Kicad and two video series made by Chris Gammell Single letter names, only a subtle visual grouping of components to show functional units, no hint of the rationale behind component value choices. At least they get to have real names for things.
Beginning Digital Electronics through Projects
It came with a spiral bound manual that taught GW-Basic. I didn't learn a damn thing at the time, I just slowly typed the lines of code into the PC. I stuck at it long enough that I eventually drew a star on the monitor, as "Twinkle Twinkle Little Star" beeped at me its 8 bit glory In that singular moment, I hadn't "learned" anything, but I knew then, I needed to take apart every single piece of electronics I could get my hands on.
I never "learned" anything about schematics or what all of these pieces of metal do, yet I remained endlessly fascinated. There's not a day that goes by when I "learn" anything. But the sheer joy of my continued failures, along with the rare, occasional success, has made me a very happy person, who backed into somehow figuring out how to read schematics, prototype a proof of concept, layout PCBs, order the parts from digikey, order boards from Dirty PCBs, solder them on to the PCB, program Assembly, C, Python, JS.
But when it comes to the folks that can do devops, thats just plain magic.
I don't think there is a "fast path" to electronics. I didn't learn it overnight or in a year or even two years, I didn't learn it in a course or lecture, and neither did anybody I know who is a decent circuit designer. Second the art of electronics. That said, I recommend getting the lab course over the book. It's much better for hands on learning. Avoid first principles to start with , instead focus on a domain you're interested in and buy a DIY kit from a vendor in that domain to solve a niche application. Repeat times. Start dabbling in other domains.
If you have a question, youtube it. The way a lot of people get into electronics, as a hobby, is wanting a piece of hardware for a simple application, seeing existing solutions are very expensive, and discovering a community of people building their own solutions. The way a lot of people get out of electronics, as a hobby, is loosing interest.
Seeing something you built come to life is a great way to maintain interest, getting stuck in theory and first principals may delay that gratification long enough to loose interest. Later on it's fantastic for building something new from scratch that no one has seen before even more gratifying.
For every generation this is different so depending how old the person you're asking you'll likely get a different 'stock answer' about how they got into it. In the 50's it was radio equipment. In the 60' was home built hi-fi. In the 70's it was kit computers.
Back to Basics: What is Boolean Logic?
In the 80's it was a lot of radio controlled aircraft. In the 90's a lot of car tuning. In the 's it was modchips for video game consoles. In the 's a lot of stuff with Arduinos for smarthome, smart clothing, art projects. The details and exact time periods may vary a bit but the general idea is you get something tailored to your needs better and cheaper than buying off the shelf. A good place to start is find a project someone else has done and written up, recreate it, modify it, then publish your twist on it.
I really like the 3rd edition of The Art of Electronics. The text is a fun read, and the student manual is a great extension of the main text, with a bunch of practical insight and discussion that puts it beyond mere exercises. Caveat: I'm a software guy. I burn myself when I solder.