Відео

This was a really great video to watch. It was awesome to see you describe what you see and try to make sense of it. Real lab coat sleuthing there! The others are correct, that's ringing and, probably, some degree of capacitive coupling from your body to the circuit. I don't really work with the sorts of circuits you do, I'm an old-school tube amplifier guy, but the ringing (if you know about it) really jumps out. I think you might be able to filter it out or "snub" it like @JohannaHammond said, but it's probably not worth the effort for a breadboard circuit. Great video!

nunca pidas disculpas por si lo que estas haciendo suena a musica o no, en definitiva sigue siendo compartir conocimiento, compartir cultura de diferentes maneras, pero cultura igual, gracias por el esfuerzo ❤

thanks❤

Please make it randomly turn into snake and sell it as a Christmas Challenge gift.

I think you could squeze everything on only 1 or 2 breadboards, there's a lot of space you didn't used.

That is so cool. I never worked with those components directly (except for 555timers and debouncing-ics) that you used to store and set all the values. Would be nice if you could explain how they actually work. Like how is it that you turn the knob and the correct register is written and red. And how does it all connect withthe ram the ram. I'd never even think about making something like this without a microcontroller :D

Nice project, and simpler than I was expecting. By adding a few more address counters (and some retrace generation) It should be fairly easy to convert it to a proper raster video output like composite video or even VGA.

I replaced my stick but now the kids are telling me the left controller isn't connecting. Oh they threw it and put the battery back in upside down. Goodbye 1 hour.

Could I possibly confirm what the five ICs are along the top? Obviously it's the 2112 RAM in the middle? The image isn't *quite* clear enough to see.

This is EPIC. Such a cool idea and I love how you told the story and put it all together!

love it! do you have a diagram of the circuit ?

Loving your vids. I love the way you talk through the process and say your logic out loud. I don't think that enough people do that and I feel like it's just good for everybody. Also diode steering is a way to get a perfect 50/50 but it does add a few components but realistically most of the time of true 50/50 is not needed at all but I also feel the need to keep saying symmetrical where possible LOL

This qualifies as a "look what I can do". Not DIY friendly.

Really nice project and you explained the thought process behind the design really well! Thanks!

the resolution of a Etch-A-Sketch is 300 x 200 the Etch-A-Sketch screen diminisons are 154mm x 108mm IMAX aspect ratio the Etch-A-Sketch pointer is 0.5mm resolution:308 x 216 round down to a reasonable format:300 x 200

All using discrete logic - love it! Nowadays it’s hard to find folks who enjoy designing circuits without microcontrollers. My employer just recently won a contract where micros are not allowed for the control mechanism. Now I get the challenge of designing it using discrete logic in a small footprint. Can’t wait!

The REAL problem is that your "notes" are completely out of tune... you could have googled for the propper frequencies.

“Did I… Did I just make a mullet?” 😂

Very impressive, well done!

Love it.

Nice job finishing! Always the most challenging part for me.

This is one of the coolest things I've ever seen! Beyond awesome!

02:27 since you're working with a lot of digital stuff, all the complex triggers and the 100MHz bandwidth (if you hack it, which is very easy to do) will certainly not be overkill :) The 4 channels are also extremely nice, keep in mind the DS1054Z will get a bit slow when all 4 of em are turned on, and when you also turn on the FFT it'll become barely useable. I've got a DHO804 (which is a lot nicer) but a DS1054Z is also more than enough for electronics beginners. As a tip, set the probes to 1X when measuring very small signals (current trough a resistor, transistor saturation voltage, etc) and 10X for everything else, since on 10X the bandwidth is much higher. Rigol themselves have videos on YT on how to use most features of the oscilloscope, but most stuff is universal to all digital oscilloscopes.

this dude makes redstone builds in real life

What’s with your youtube electronics diy clowns and this need to use usb c soldering irons. Just buy and ac soldering iron ya goof

I thought an e-ink display would look cool, then I thought it'd look like a normal etch-a-sketch and remove the point of making it electronic

force nut into plastic with soldering iron.......

This old Tony

Ooooh this video is gonna get big. Excellent job!

What a great idea. I like the way you approached it. Thumbs up and thanks for the idea with the LS30. Greetings from Germany.

your wrist watch strap is too tight.

awesome project! turned out great! 😀 you could also add a motion sensor with a low sensitivity, so that when you shake the electronic Etch-a-sketch briskly ,it would trigger a total refresh of all LED's or have it so that pushing one of the buttons that would clear the last LED(S) that are lit, for a correction or edit function.

you can use threaded inserts as "bolts" for screws. just need solder iron on 200. Or you just could put solder iron on 200 and push to bolt...it will goes into as into butter.

This is genuinely so cool.

Good stuff

That was so ingenious and fun to watch! Congrats for the great work ❤ I even learned about some chips I didn't know about, or never understand how they worked. Thank you!

"...without using a micro-controller" !!! Subcribed

This is so cool

Cool project. And also cool it was not done with an Arduino :-) Do you watch This old Tony by chance?

This is so epic!

One almost forgotten method of prototyping a ton of wires like this is called wire wrapping. You buy a wrapping tool and 30awg or so wrapping wire. You strip about 1/2 inch or so of the wire, slide it in the tool and then put the tool over the pin. Thin you just twist like a screwdriver. I find it significantly faster then soldering each wire. You still need to solder some things but you definitely save time over all. If you do many prototypes it's something to consider. So many people today have no idea this even exists. Just a thought and something to try in the future. Once everything is working you can always add some solder to the pins to permanently fix them after.

very impressive. i wouldn't advise to wear 2.4ghz+cpu on your wrist though "Results of the study indicate that using a radio frequency electromagnetic field (2.4 GHz) has a clearly negative effect on the metabolic activity of glioblastoma cells." "This study indicated that RFW might cause structural changes and oxidative stress in the heart. Also, exposure to radiofrequency decreased total antioxidant activity in heart tissue with histological changes, including myocardium hypertrophy and decreased number of myocytes."

This is such a good video. I think your channel could BLOW UP if you focus on thumbnail and title a bit more. I almost didn't click because the thumbnail looked a bit bland

I don’t know what’s more impressive? Actually doing it in discrete logic, or the art that was produced on it?❤

This was really fun to watch. I know it’s a TON of work (the videos I mean), but the end product was really good!

you could make it into the snake game, btw love your content, I would be grateful if you would mind checking out mine

Great video! You should absolutely run it up as a PCB. I wonder if it's worth throwing in some logic to turn off drawing, so you can move the cursor to where you want it then draw. Or alternatively flip the bit of what is being written, so you can erase bits you have gone over. I'd *love* to see some schematics for the whole thing so I can see the bits the video glossed over a bit. Looks like a fun project for a makerspace.

If you end up needing to do wiring like the display again, you might want to look into wire wrapping, a vintage technique. The wires are thin. You wind the stripped end around the pin. If you make a mistake, you can unwind and fix the mistake. Once it's working right, you can solder to make it more robust. This was a really cool idea for a project. Well done!

Magnificent! (Not a typical comment for me, but I thought it tied in well with the DS9 episode you waere watching. I should use it more often, it's a good word). I like the debounce chip, it seems crazy that someone has only come out with one of these recently. Thanks Sean, take care.

Nice... Well done sir.