Effects of Recirculating BEMF to Coil

[gotoluc]

Hi .99 and everyone,

@.99, the test you have suggested have been done before I started this topic. I have been testing this for the past 7 days. I do appreciate your input and have made a new video to which I dedicated a large part to demonstrate to you by using a resistive load that the current does indeed drop slightly when the Inductive collapsing field is recirculated back into the coil.

To everyone else, I am not getting much feedback from the rest of you. Is there something that I'm missing or misunderstanding here. Please be honest and share your thoughts

New video: http://www.youtube.com/watch?v=_WW8z36n6z8

Luc

[powercat]

Hi Luc
great video
I wonder how much more weight you could put on the magnet ?
may be you could run a piezoelectric

all the best
cat

[gotoluc]

Hi Cat,

thanks for posting your suggestion

What I'm thinking of making is an electric motor using this principal but this can be applied to many other things.

The point that I'm trying to demonstrate here is this BEMF, Inductive Collapsing Field, Flyback Voltage or what ever you want to call it! has many more times the power to react with a magnet then the energy it takes to create it.

To me, that is amazing enough!... it is real and right in front of us

Lets use it!

Luc

[poynt99]

Hi .99 and everyone,

@.99, the test you have suggested have been done before I started this topic. I have been testing this for the past 7 days. I do appreciate your input and have made a new video to which I dedicated a large part to demonstrate to you by using a resistive load that the current does indeed drop slightly when the Inductive collapsing field is recirculated back into the coil.

To everyone else, I am not getting much feedback from the rest of you. Is there something that I'm missing or misunderstanding here. Please be honest and share your thoughts

New video: http://www.youtube.com/watch?v=_WW8z36n6z8

Luc

Hi Luc.

Thanks for doing the second test. You work quickly my friend

I never said I didn't believe that the current dropped with the diode in-circuit, but I was trying to see if the magnet itself had anything to do with it. It does not.

I'm happy to report that I was able to confirm almost all your findings, and I will post my results in the next hour or so.

Regards,
.99

[gotoluc]

Hi .99,

sounds interesting

Looking forward to your test results.

Luc