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Zhir Amaa asked How does a microcontroller work?
Hello 😀 i want to learn how a microcontroller works, i searched a lot but didn't find anything good, can you please help me? how does it work? who can make them? can i make one? do i need special meterials/tools? is it beyond my abilities? i really really want to create something, and i think they can be programmed, right? i can't describe how much i want to make one and if you help me learn how this thing works it would be really awesome! thanks ^_^
And got the following answer:
Get Clive Maxfield's "Bebop Bytes Back: An Unconventional Guide to Computers" and read the first half of it, thoroughly. It's written for neophytes wanting to understand instruction set and microprocessor design and gets into a lot of the nitty gritty of constructing full ALUs, register files, internal bus architecture, memory read and write, and so on. But the main thing is that this is written to teach you, if you know NOTHING right now. And it is the ONLY book I know of that takes on that challenge. See 1st link below. Next, get an FPGA board (eval and development.) They are available on ebay and a lot of other places. Expect to pay anywhere from about US$50 on up for something decent to work with. I would recommend something based on Xilinx (because I have experience there.) Use the Xilinx ISE WebPACK Design Software available at no charge from the 2nd link below. Then read about VHDL (or verilog.) And learn about "floor planning." You can download a free book on VHDL (3rd link below.) But I also very much enjoyed Douglas Smith's "Hdl Chip Design: A Practical Guide for Designing, Synthesizing & Simulating Asics & Fpgas Using Vhdl or Verilog" a great deal because it exhibits many useful concepts and shows them in "parallels" of VHDL and Verilog, so you can learn both at the same time. It's a great book for beginners. (4th link below.) Then get busy. Make sure you get a board with some I/O already provided -- you will need some switches (both momentary and regular) and LEDs and perhaps a few 7-segment displays at the very least. An LCD screen would be even better. The more convenience there, the better. The board should also include external RAM and perhaps a flash memory interface of some kind. Then code yourself up a CPU, download it, and let it run! (After, of course, taking smaller steps to get there.) No, you do NOT have to be an experienced team of CPU designers to get something up and going. I know from personal experience. I built my first computer from 7400 ICs in 1974 and have designed another CPU using Xilinx and VHDL (and of course using Verilog for the experience of that, as well.) The floor planning was the most interesting for me at the time, though. It was great watching these things run. By the way, you can view a video of a relay computer built not too far from where I live. It's at PSU. Look at the 5th link for some fun. It's a lot easier if you can find some other interested folks, of course. But that doesn't mean you can't just do it yourself. I did. The local newspaper showed up and put my face on the front page, back then. But it wasn't really that hard to do and, frankly, anyone with patience and effort can get there. It's just a matter of learning while you go and sticking to the task until you complete it. Don't give up!