Added: 1 year ago
From: Reaching1
Views: 96,370
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  • im curious. what the weight of the devise is when switched on/off?? does it change?

  • but very fucking cool to see a guy put it together... cool

  • this is easy.... and not revolutionary.... it's like.... duh.... the 2 magnetic fields find each other in the middle...... I own an electrical toothbrush that charges the same way...

  • Great Job, it would be amazing if humans could see the flux in space in order to dominate these type of things easily.

  • i love this. Can u teach me.

  • i will do it, ty for the video, whats the yellow thing?

  • Cool vid!

  • What kind of beer r u drinking?

  • those coils are porn to me!

  • i guest: u creating 2 square pulses which are 180 degree phase difference. then put these pulse to power FET to hook up 2 coils. These coils will generate 2 oposit twist magnetic field. difficult thing is that the numeric values of coils!

  • i'm guessing the black component between the coils is a hall effect sensor for feedback ^_^?

  • Nothing special here. Just coils with opposite fields. Magnets rest on the spot were field lines spread out to go to the other pole.

  • Wow that's cool you should add like another coil or something to make it spin and it could be like a friction less motor :)

  • is that little black thing below the magnets a hall effect sensor?

  • Can You put this coil on accurate digital weight scales and notice is there any change of weight with or without magnets?

  • 1.21 GIGAWATTS!

  • To those asking to see his schematic, your first lesson in electronics is to derive it from the video. If you can't do it, then the only reason for you to build one of these is to make a toy. If you can do it, then valid experiments with control theory and magnetic fields can be done. Or, you could design your own... To the builder of this one, nice work!

  • @TheCaptainD82 Say you can derive the schematic from just watching the video. Are you also suggesting electronic enthusiasts to know the value of all components to replicate this circuit? I like to see you try otherwise stop sucking up the uploader's ass.

  • @voon100 haha, yes i can get the component values. Resistor color codes are visible, capacitor sizes can be used to get a very good idea of value which is partly visible in some shots, IC can be figured out by looking at circuit architecture, wires are easy to trace, trim-pots could be figured out based on the resistors that are in series with them, hall-effect sensor is duhh, transistors/MOSFETs could be figured out pretty easy once the rest of the circuit is known. Get a book, not jealous.

  • @TheCaptainD82 Ok genius since the uploader is too uptight to share the info how about you make a working copy, then post a video, draw out the schematic with listed components for those who aren't as clever as yourself then we'll know you aren't talking crap.

  • @voon100 I'm no genius, but as an engineer I get so tired of people ask "can i see the schematic??" No, you can't. This person was probably experimenting with analog control circuits and wanted to show it to people. I think its pretty cool and I like videos like this. Personally, I spend a lot more of my spare time with embedded micros and power conversion circuits. Showing you the schematic wont help you understand the theory of operation, which would be the point if you were really interested.

  • @TheCaptainD82 You know your stuff that's great! But don't assume others are on the same level as you. Some are seasonal hobbyist who just wish to experiment, I can't see anything wrong with them requesting schematics, fine, if it is a new invention by all means get annoyed, be secretive. After all how can a child learn to walk if it doesn't learn to crawl. BTW I have no reason to be jealous but just annoyed with your attitude. You won't help but I'm sure Google will.

  • @voon100

    What's more interesting than the vid itself is the "give us your work and then we give you our internet approval" attitude seen in the comments. Like the vid or gtfo, no one entitled you to receive free knowledge and results of work of other people because you've watched their youtube video, punk.

  • @sEweron Perhaps not through people like you but there are many other sources where 'free knowledge' can be obtained. Youtube happens to be an easy access to free knowledge that's why people ask. Whether they choose to offer it or not most of us aren't that desperate as you make it to be, twat!

  • @voon100 Then go to those free sources and stop whining at people who refuse to give you their work on a plate, you useless parasite piece of communist shit.

  • @sEweron My apologies if my whining interferes with your concentration on smoking your daily sausage.

  • @DonlyTom This is nothing, check out quantum locking xD

    (No offense OP, this is neat)

  • I don't think you can get rich from your schematic so you might as well share them if that's what people want.

  • There is a hall Sensor to get the Position of the magnet stack, (The little Transistor like black thing next to the yellow capacitor ) All the rest is basic feedback control. Very nicely done though.

  • Would something bad happen if I were to take the magnets from the coils before turning it off?

  • I'm always amused by "engineers" asking for schematics or referring to advanced engineering classes when confronted with a basic circuit or phenomenon.

    Hint: magnetic field strength at the surface of the permanent magnet

  • witheout schematic, is a fake

  • @DonlyTom

    lol, okay, call it fake, but i dont want to publish my schematics

  • @Reaching1 Nice project. Thanks for posting.

  • @Reaching1 god gave the schematics... hoping to gain something? money? power? its sorta pathetic waste of your time....

  • @DonlyTom LOL! why would this be fake, either you are trolling or a total noob when it comes to electronics.

  • @DonlyTom buy a physics and a dynamic system theory textbook, then come back and say "is a fake".

  • @DonlyTom

    You can see the breadboard, draw your own schematic..

  • @DonlyTom Its not fake. Additionally, you dont need a schematic. This type of circuit is quite common and redily available with minimal internet queries.

  • @DonlyTom You're stupid!

  • how did you keep your capacitor charged?

  • Love it I just wish that you will actually show a diagram! thanks!

  • Very nice.

  • this seems fake. explain how you did it.

  • schematic please

  • now make a big one i would like to see it

  • Hi, is the control system analogue or do you use PID? I'm currently studying control theory and I was just wondering... The physics part I understand though.

  • Schematic please!

  • @Volta500 just reverse engineer it like the Chinese take one good look at it then copy it lol

  • He he, das ist ja interessant. Bin schom am überlegen wie ich das innerhalb der Antennentechnik benutzen kann. :)

  • what kind of sensing are you using to keep it afloat.

  • yea the coils, preciooooussss.

  • very cool!

  • schematic please!

  • I wish my grasp of the German language was as good as your grasp of English.

  • can you send me a link to the coil you found on ebay?? and much voltage does it consume and what current do we need to supply?

  • now get that to work on the outside of something, then you have a space ship proto type..nice

  • how did you wound thath coils?

  • @Dri0m

    I did not wind these coils on my own. got them on ebay, these are air cored coils for low pass filtering in high power loudspeakers ^^

  • @Reaching1 Could you tell me where to get these?

  • lol put those coils at a flyback transformer

  • really super cool

  • I love breaking the laws of physics :)

  • Ich interessiere mich für die Replikation Ihrer Experiment, was sind die Prinzipien verwendet? (was sind die wichtigsten Teile der Baugruppe?)

    Wie oft haben Sie wickeln die coil? was Spannungen hast du benutzt?

  • Amazing!! I gonna try it! Thanks for the idea

  • hervorragende Arbeit, werden Sie bitte teilen die schematische?

  • make the coils levitate on simple ground.

  • Perfetto. Like it.

  • your coils are neat

  • What type of compensation are you using?

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