Thanks

He did use one diode and a capacitor for that purpose.

Rectifier??

It’s probably fake since he doesn’t explain anything, preventing us from debunking the video

He cut the 3 coil phase wires. I'm curious what two wires were connected for output. In a 3 phase motor which has 6 windings the output voltage is ac so if he cutthe three wires and didn't use them, where was the voltage coming from ?

The people who make these type of videos have little to zero understanding of tech. They simply do it for the views and monetization.

Perhaps add a 5V or 12V Zener diode as well if the purpose is known.

@Anirban Sen IF the voltage is high enough it will backbfeed through a zener diode which is why silicon diodes are used to make full bridge rectifiers or 4 silicon diodes in a dimond (square) can be used to make a full bridge rectifier with a DC capasitor on the + and - to change he AC voltage output to DC voltage.

@@jclowe735 That rectification is just Full AC Wave to DC, right? What about voltage control?

@Anirban Sen yes and after the AC to DC rectification add a voltage regulator to keep a stable 5 to 12 volts output so what you are supplying power to doesn't burn up (phone, tablet, laptop computer, GPS or anything that's sensitive to voltage spikes).

The magnet is N52 size(20mm by 10mm by 5)

thank for watching bro

Please watch the new video

​@@nda GoodAfternoon Idol ? Can help us to do that ? Can I get your Fb account ?

If you do this, you will FRY your 12vdc electronics. The video maker has no understanding of rectifiers and how to achieve a solid 12vdc current. 100% you plug a phone into this and you will FRY IT

Looks like he dead ended the wires for fan speed

I think is wiser to use a voltmeter and test it after you add the magnets ,i lack all 3 parts ,so i am just guessing that maybe the electric ity will travel tro the wires.

Lol how did you get on?

the fan exploded while cutting wires

Hi Would you pls. Explain more how would l get DC in this case of fan Thanks

@@essamtal4333 2 ways. 1) If you place the magnets so the the magnetic field is the same (i.e. all North facing out) all the way around it would be similar to a permanent magnet DC motor (except the magnets are rotating rather then the armature), as the polarity would NOT be flipping with each pole. 2) You could add a rectifier to the output thereby changing it to a constant DC current

Couldn't they just be flickering? I'm annoyed that the view of the multimeter is so unclear and the camera is moving all over the place though. Edit: made a screenshot and zoomed in and the multimeter does indicate AC. As a bonus the screenshot doesn't play 'tarded music or dance around the actual data.

Hi there I'm busy making myself one at the moment my wiring seems to be the problem

Phone chargers have rectifiers since all batteries are DC it's that little metal thing the USB is plugged into, and i thought he placed the magnets in opposite polarities to force an alternating current

there are only three wires if you configure the generator coils in a three phase setup. There are such things as single phase electrical generators. The latter is much simpler with less wiring and less diodes being used to rectify the output.

You'd need a rectifier but even then depending on the voltage output you might destroy the mppt

The wiring on wind turbine mppts have diodes on all 3 input wires, you can simply add two wires and leave the 3rd unwired

I know nothing about how this works but do you perhaps think a car generator could be use as a base to build from? Maybe they are not easy to rotate?

dude.. the wind is turning the blades... this generates electricity. This is not a video about a fan that can spin by itself.

name of music🤔pleas

explain more....

@@thebigfella9095 im confused too

Maybe he meant combination of wind and hydro power source

They are magnets, they stick to metal especially copper I think…

@@moedia5519 you missed the point.. hes asking what the glue is that he used.. its important to use a glue instead of relying on on the magnets to hold themselves in place

Thank bro

thank bro

Please watch the new video

By ether putting them in the base or tape them down and leave a lil slack

Hey... Did you finally find the answer?

No, electricity is generate only if you move a magnet or an electromagnet next to a coil

squirlcage induction rotor

the "coils" are the diagonal slots. a laminated steel rotor with slots filled with conductor. single "turns". they make these little ones by simply casting aluminum around the steel discs and turning it down to expose the steel. so yeah, its a squirrel cage two phase induction motor. uses a single phase supply with a capacitor to create a phase difference. as its only small, it has no switching gear, so its capacitor run and technically... two phase as theyre always in circuit. versus the larger capacitor start motor using a switched winding for that "extra" phase. draws more current so it makes more torque for starting... has to be switched out or it burns out.

they dont need to be the "correct magnets" as techiniqly any magnet would work... the reason he choses this specific magnet is the size... because its the only size that fits in between the copper windings and the metal cylinder he attaches the magnets too 👍🏼

Depends. How many Watts does this put out, and how many Amp Hours do your batterie total? There are online calculators for that, I'm sure. And I wouldn't expect this to ever be able to produce more than the Watts it used as a fan, and then only when spinning at the same speed it did then.

you're not wrong, this is a stupid video

Please watch the new video

another prank

It said 37v ac peak Didn’t say how many amps tho

@@themastereal8345 thanks .

Did you try it?

Plz reply

You are someone who also has knowledge about electricity. What you say makes sense

You need to be clear about the motives when you want to do something. I made a video with the AC motor of an electric fan. It's very specific

that is bigger generator