Joule Thief

[resonanceman]

i wonder if non rechargeables will work for translators? if they do may be able to get around the super caps to catch the good stuff!

IST

the  file   in the  first  post on this thread might  be related

he calls it a REAC ........ dead batterys  being used  to condition impulses

http://www.overunity.com/index.php?topic=1868.0


gary

[detrix42]

detrix

That looks like an interesting  coil
I am guessing that the white wire is high voltage.........

a fraction  of an ohm  would be about right  for the low voltage side......... some of he  coils I  have wired as JTs had at least one winding  with only 8 turns.

CHeck  for continuity between the different  connection points.
If you  can  find  3 pins  that  all  have continuity  you probably have  a winding with a center tap ...... This can be used  as your JT  primarys.

All pins on the 6 pin side all have continuity, nothing over 1 ohm.  Same for the 2 pins on other side (2 pins, one cut off).

I  am guessing that the side  with  3 pins is the high  voltage side........check  these for continuity  with the white wire.
If  you have  continuity with one or more of them ........and  the resistance is  quite a bit higher than the other  side........you have a secondary .

If that is  high  voltage insulation on the white wire ...... and you start  with 12 V  I am betting you will get over 1000V out.......

Using  12 V I have got  250 V out of a small transformer with no  secondary
gary

The White wire is connected to the 6 pin side.  Still nothing over 1 ohm. I mean the white wire has continuity with all 6 pins, all read .3 ohms, but gradually dropped to .1 ohms. I will just have to have some fun with it. I will start by using the 2 pin side as input, and see what I get out of the 6 pin side.

[Eastov]

I have a similar coil, and the thick top wire on mine is actually a ground wire, that is wrapped around all of the inner coils, an outer emf shield of sorts.  Well that's what mine is doing.
e

[innovation_station]

a while ago i have been able to recharge dead batteries from the TESLA KICK METHOD!

SIMPLY AN INTRUPTION IN THE FLOW ..

you can then tune it better ..  but its still caused from stoping the flow

well the thing is still running on the same battery i recharged 6 rechargeables from it ..

all were .8 - .9vdc in the rechargeables ..  all now are 1.3 - 1.1  vdc after a few hours of sitting round ..

i took a few pictures im going to mount it now ..

then i will build another  useing DEAD 9VDC BATTERIES  AS TRANSLATORS ..

this unit works well tho

ist!

[slayer007]

I was inspired by Dr Stiffler's last video.
I wanted to see if I could get my circuit to self run also.

I'm using a old PNP transistor a R 591-7419.
I have the polarity for the circuit reversed and I also have the emitter and collector connected backwards.
Running it backwards it will draw as low as 30 uA while it's running.
This way the fields very weak but it still has enought power to run and charge it's self.
When I first started the circuit it only had 116.4 mV in the capacitor but it's slowly charging it's self.

At the end of the video I switch the transistor back around and the led will dimly lit off 136 mV.


Here is the video.
http://www.youtube.com/watch?v=usjQ89KmVaA