Feedback To Source

[nievesoliveras]

That picture with the blue ink looks like a really BAD idea.

Pardon my ignorance. But, why do you say so?

Jesus

[gadgetmall]

@ Jesus:


Have a look at this guy's video: http://www.youtube.com/watch?v=XLNItTf9NrM&feature=subscription

Then, check out some of his other videos.  He says we are only getting half of the back emf on all of our experiments and we can double the energy by doing it his way.  I am not sure I follow this as a lot is over my head.  See what you think.

Bill

the Guy is wrong . BEMF is only produce when the dc current is released . so when he hooks up a battery the first pulse is normal induction but when he released the battery one larger BEMF pulse is release . This is why bedini uses a diods to capture the ONE bemf pulse which is much higher that the original Normal first induction pulse .

[nievesoliveras]

@Jesus . Ok i got one more for you . wrap another secondary run it thru a diode to a 2200uf 16volt cap or close . you will see the circuit die for a Minuit .....then you will see the circuit go to full power again . Check the voltage on the cap . it should be very high ...like 7 times the running battery .. then Pm me ....I cannot give this out yet but i will let you know so you can try it ..

Thank you @gadgetmall !
I did not see this one this morning.

I will try it as soon as I finish some experiments I am doing with a new toroid coil.

the Guy is wrong . BEMF is only produce when the dc current is released . so when he hooks up a battery the first pulse is normal induction but when he released the battery one larger BEMF pulse is release . This is why bedini uses a diods to capture the ONE bemf pulse which is much higher that the original Normal first induction pulse .

Thanks again !

Jesus

[nievesoliveras]

@all

The circuits I have tried to this point just has proved one thing:

They are "Good chargers" of another battery. But they cannot charge their own battery.

With different coil configurations and the help of some diodes and capacitors, you can make the running battery to last longer periods of time, but eventually the battery gets discharged and the motor stops.

It is true that if you allow some time to pass and start the circuit again the battery has recovered almost completely, but there is always two or three points of voltage missing. The battery for example was 1.5v then it discharged and the motor stopped. The battery recovered but this time the voltage is 1.35v. the cycle repeats and the battery recovers at 1.28 and so on.

It is sad to say that to this point I have fail to get a real feedback to the source.

@gadgetmall

I will try the test you proposed today.

Jesus

[nievesoliveras]

@all

Correction:

I tried to use the batteries I charged with the last "marvelous" circuit and the batteries seemed well charged. The batteries were the camera aaa batteries. The thing is that before I put them to charge I could take a photo with the camera. After "fully charged" with the circuit, I tried to take photos of the work and used the recharged batteries. The camera turned on and when I tried to take the photo, it turned off by itself. That was repeated several times using diferent combinations of the charged batteries.

Conclusion:

The charge given by this circuits is just an illussion. The battery shows an excellent voltage "fully charged", but it goes dead as soon as you put a load to it. Not completely dead perse, but it does not do the work required from it.

Jesus