Shorting coil gives back more power

[penno64]

@all,

This guy is good - feast your eyes on this and try and replicate ->


http://www.youtube.com/user/Mopozco#p/a/u/0/BhQ48SmGFO4


Penno

p.s. note carefully the charger side and the resemblance to nrgfromthevacuum's free electricity
from a coil and cap circuit. Also the twin reeds !

@Romero, this should help us get a selfrunner!

[romerouk]

Hi Romero,

Would you mind answering some questions.

1) What is the DC resistance of your generator coil (you mentioned it is fan motor coil from a microwave owen with its laminated core, right?) Normally such motor coils have some hundred Ohms copper resistance.
Do you happen to have an L meter to measure the inductance of this coil?

2) There is a yellow rectangular shape capacitor on this generator coil, I assume it is in parallel with the reed switch to reduce sparking?  If yes, then it eventually is in parallel with the gen coil, right? What is the capacitor value? 

3) Did you find any input drag increase when you tried to position the gen coil closer to the rotor magnets (to have bigger output voltage)?  [Here I am aware of the fact that once you fixed the reed switch onto the gen coil's side facing the rotor magnets, then if you place this coil closer or away from the rotor magnets then you unwantedly change the switch ON/OFF time too.]

4) Have you considered using a full wave bridge across the gen coil instead of the single diode? 

5) In the latest videos, did you have the recovery diode on the input battery side as you showed in your very first schematic in the first page of this thread?

Sorry for nagging you, I think these are important details... 

Thanks,  Gyula

The coil resistance is 286 Ohms. My L meter is broken and I cannot give u more details about it.
The yellow capacitor is 0.47uf/275volts, connected in series with the reed switch.
Having the coil closer will slow down the speed of the rotor.
I don't see much difference if using a full wave rectifier.
In the latest videos I did't have the recovery diode connected to the battery.

I have tried a solid state switching but it is not working as the reed does.
I have discovered a new way to do the switching without the reed, it is with only one extra component that does the switching... it is amazing... I have to understand it a bit more then I will talk abut it more.
I am also working to get the same effect from a AC source, no more rotor and magnets, it looks good already.
My time is not allowing more testing today but maybe tommorow

[conradelektro]

romerouk wrote: I am also working to get the same effect from a AC source, no more rotor and magnets, it looks good already.

@romerouk: I would say, use a 220 Volt 50 Hz AC source (secondary of a 1:1 transformer) and a spark gap that fires at about 200 Volt. But one could electrocute oneself easily with that. Please, do never do that.

So, it might be better to use a Joule Thief as an AC source. The secondary could be shorted with a spark gap to see whether that boosts the output or not. See the attached drawing. I did not try it yet, just thinking and planning. The CFL should become brighter with the spark gap (in case it works).

The depicted circuit oscillates at about 5 KHz and consumes about 200 mA at 1.5 Volt to light a 5 Watt CFL dimly (all without a spark gap).

Greetings, Conrad

[FreeEnergyInfo]

free info ...
http://freeenergylt.narod2.ru/

[guruji]

Can this be done on a bedini motor shorting with a reed?
Thanks