Confirming the Delayed Lenz Effect

[DeepCut]

@Alvaro

Don't be frustrated, his driving circuit can't be very good as he is using 8 watts to spin a very light rotor.

As for his coils, they are bifilar-serial sections connected in parallel - there is no mystery though he obviously wants people to think he's a wizard.

gotoluc advised me to try this config which i have only tried with two sections but it did help.


atb,

DC.

[PiCéd]

Hello.

I know that a bifilar coil (or pancakes) does not heat the iron, but what I wanted to know is when a bifilar coil is wound on an iron core of high permeability (nanocrystalline for exemple) and we do the same thing than skycollection is that the primary intensity decreases more than if the permeability where less?
I wonder if a bifilar coil in low frequency can do the same thing as a ordinary coil on high frequency.

This reduction will inevitably accelerate the craft.

Thank you in advance for the answer.

[DeepCut]

@Piced

In my tests, a bifilar-wound, serial-connected coil outperforms a straight-wound coil of the same amount of wire by 400%.

Connect your serial-connected, bifilar sections in parallel and you get acceleration at lower RPM's due to increased current.


atb,

DC.

[ALVARO_CS]

@DeepCut
thanks for your answer
Does it work well with an air core ?

[DeepCut]

@Alvero

I haven't experimented with air cores. I met with Romero the other day and he says he has got the effect with an aircore, his website is :

http://www.underservice.org

I use very thin laminations of grain-oriented M6 steel with gaps of about 0.2mm between them and this works well.


atb,

DC.