Video

thank you for sharing it is useful video

great lecture on radio waves...one of the few on the web who knows what he speak about generation of radio waves and how radio is work and what is radio wave....who understand what he explain and how the circiut work, then you understood the concept of radio wave production..and hence will be puzzled how much non sense on the web about radio and how radio waves produced on circiut level, because you understood the concept right...because the analog electronics circle he show can be done with transistor rather vacum tube..i mean if you understood what he explain..you understand all circles that produce radio waves...and all our communication in this world depend on radio waves...another point the more complex you digital or electronic circle its like alot of lines of code ..the less lines of code you have that do the same task, the more smarter you, the same with electronics, circle like he show very simple and do the task...

👻?👻

my god dude stop smacking every other fucking word. unwatchable

The best cap for fixed frequency

OpenSCAD is Awesome :)

Really cool project. When do you think you'll have a working prototype? Will you be able to export a legit circuit diagram from this game, or even a file that professional circuitry software can read ? It would be a really cool feature.

Can this be purchased?

Cool.

vacum tube we have no then we cant under stand please discribe transister cuircute

Thank You Very Much Sir !

Gracias, finalmente entiendo cómo funciona el Senku's phone de Dr stone

Friction is resistance for the electric circuits.

Bravo for explaining this principle by your knowledge of this subject - and the detailed logical exposition.

Thank you so much sir. I will have to go through this video once again to have a good understanding of it.

great presentation and even more endearing accent

👍👍👍🏆🏆🏆

Absolutely an amazing resource! What a great visualization, must have taken a lot of time, but very appreciated

Thank you for doing this video I always wonder what was a Mixer for AM but never found information, Great videos.

Excellent video, very very good explanation.

what tool you do this simulation?

Great video. Easy to understand the concepts. Thanks. You forgot to mention the software you used to make this excellent video.

I had always wondered how the oscillation started and what maintained it. So I found your explanation quite helpful. I can’t help but be curious now how this circuit would be changed for generating both side band and frequency modulation. Thanks for your effort here!

Plece explain how IC work

boring as hell

Great explanation well done thank you for this visualisation

Nice!🔥

This video based on amplitude modulation. Request for next video based on frequency modulation. Please sir

❤❤❤Love you so much sir. Your explanation is ok but animation is too good.

Thank you for sharing the video. Concept of operation explained clearly. One question, how much power is consumed by the RF transmitter. Such circuits used in TV remote controls. Looks like the power consumed all the time Hence how long the battery can last?

Thanks 🙏

This design is based on tech originated in Germany: 1) thin metal layers (aluminum foil in our first device) each separated by an insulation layer. We used store-bought aluminum foil for each metal layer. This lamination of foil-insulator-foil-insulator-foil etc. sits horizontally on the workbench 2) signal generator supplying a small RF amplifier feeds into radial and horizontally-oriented eddy current coils that are immediately adjacent to, but do not touch, the foils lamination 3) a vertically-oriented, axial magnetic field passes through the center of the foils lamination Right hand rule. The B field is vertical, the electric (eddy) currents are horizontal, resulting in the Lorentz force producing coherent accelerations of the charged particles in the foil lamination. The thickness of the foil gives a 'skin depth' that indicates a running frequency (from the siggen to the eddy current-inducing coils) of 16.28 Mhz This design was improved by: - adjusting the dimensions of the foils lamination - adjusting the frequency - with a goal to produce resonant standing waves across the foils We work at artificial gravity devices and this was our first attempt. .

Looks good

Lovely German acsent 😂❤

Nice!

Nice. Thx!

Nice!

Great video, it's also the only video that directly compares these 2 programs!

Excelent work! I just want to know something. At what age do they teach something like this?

statt if (i % 5) das Konstrukt if (i % 5 == 0) verwenden, dann ist die Logik mit dem Zuweisen der Laenge einsichtiger

Thank you so much for this tutorial! it really helped us, we used it to generate 3d lightning bolts.

in sis wideo... räidio.. meine güte. wotsch my oser wideo.. versuchs wenigstens ey-

danke !!!

Kommentator klingt wie ein Deutscher User? 🥳

Thank you for the great desire to share your knowledge even with the language barrier. I am very thankful for the information very helpful to me, you have one new subscriber

Which circuit simulation app is this? Btw your explanation was terrific!

Wonderful!

Hi it is nice to know about your dificulties to adapt resistence into marbel modle. One alternative suggestion could be turn the marble moviment like considering perfect round marble for zero resistence and decreasing the number of sizes from polygon as the resistence increase e.g. octahedro, heptahedron, hexagon, pentagon, square, and triangle. Best regards, Ivan Antoniolli Experimentarium

Very nice to see what that works. Best regrads from Ivan Antoniolli from Experimentarium Brazil