Ed Leedskalnin Magnet 4

[cosmicpreachers2]

good presentation - what is this used for ?

[Dre4dwolf]

GREAT SCOTT ITS ALL ABOUT THE FLUX CAPACITOR!!! NOW WE JUST NEED A DELORIAN!

[Galv140577]

Try the same set up but with a triangular arrangement, ie: 2 secondary coils both recieving flux from the primary, but also sending the back emf to each other to assist the primary, you might find you get overunity.

[bugsier5]

remanent magnetism.

[RockManAU]

Great informative vid mate thanks.

Hey I recognise that 'open core' coil from the Bedini work. Glad to see you are still into it and inspiring many minds.

Rumor has it Cody made the Flux Capacitor used in the Back to the Future DeLorean but don't quote me on that!

[codygillespie]

@RockManAU

haha thanks!

[kurisu925]

@codygillespie Congratulations you have learned how to magnetize metal...

[Nabo00o]

I find this very informative, thank you!

[sypha0x]

changing magnetic polarity

[wjbombo]

Nice demo... Thanks for sharing!

Ahimsa.

[m3sca1]

is that a lawton circuit PWM?

nice demo btw

[codygillespie]

Wow! Im surprised you recognized it, yep thats lawtons circuit, modified slightly.

thanks

[Welesly77]

As I mentioned before, you have a great knack for being able to effectively explain your knowledge of things. You also know what is going on in each experiment and are intuitive enough to figure out how to manipulate the effects (I am not). Great videos. Keep it up. Very informative.

[MAGMOS13]

just to clearify on the e cores i am not useing the center with the air gap just the outer part like a toroid, as for the low inductance not sure yet, but it seems that leaving the center unused may be boosting the output. i am lighting gutted 100 watt equivalent cfl's with the e core alot easer than with a toroid, still have alot to learn !!!

[codygillespie]

Ok thanks. If you dont have an LCR meter I think we can still safely say your inductance is somewhat low due to the low number of turns you have. More turns=more inductance. Thank you for sharing, your info is helping me learn too!

[tectalabyss]

Five Stars !! Thanks for the well thought out explanation. And Thanks for sharing.Tec

[jeannacav]

Well done.

Very clear and well organized.

Thank you.

[LoneOarman]

Very Informative... 5 Stars

[gotoluc]

Excellent video demo Cody

Thanks for sharing

Luc

[MAGMOS13]

awsome video> i have been experimenting with ferrite e cores and have gotten very high voltage from flyback with low number of windings 3-6 volts input i can light 4 ft. tubes very easy. hope to see more vids on this subject . >GREAT JOB

[codygillespie]

Thanks for the info. I suppose that makes sense because the low turns would be a low inductance, interesting. Thanks

[Lidmotor]

That was an excellent demostration. Very helpful. Thanks.

[harpbloke]

thanks heaps for explaining all that.

great vid !!

[PodeCoet]

Awesome video! I hope you're planning on posting more of these

[marthale7]

wow... that opens whole new worlds. My question what if you take the output to the lights and put a bridge rectifier there what method would fill up a capacitor the best. Great video!

[MaleAdaptor]

Great video

[EMPER0RC0W]

great job !

very informative !

[blulander1969]

This is great work, why does the input LED create a trail on the film ?

[jackp6]

That's also my question.

[PodeCoet]

@blulander1969

The effect is called "CCD smearing" (also known as flooding), it happens when a captured image is too bright for the cameras image sensor, therefore exciting adjacent pixels on it - Usually this is a static line or trail

It appears to move due to syncing differences between the LED (which is blinking alot quicker than the video shows) and the frame/capture rate of the camera. You can reproduce this effect by pointing a TV remote control at your camera lens and pressing a button

[homebuiltindoorplane]

very good work! Thanks!