Joule Thief

[FreeEnergy]

@ Jeanna,
Forgive me if this idea has already been looked at and I've missed it.
The basic JT circuit primary winding produces  nice negative pulses as does the secondary of course to turn off the base. Now using this winding to feed it's pulse output into the cathode of a diode, and likewise feeding the secondary winding pulses at the collector into the anode of a separate diode, then using a .001uf capacitor to smooth out the pulses connected across the open ends of the diode pair which are now floating and not grounded to the rest of the circuit, the result will be an increased DC output! If the primary and secondary bif windings are an equal number of turns, the output unloaded will be almost doubled!! Sorry if it's already been tried otherwise may be worth experimenting with?

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something like this? http://www.youtube.com/watch?v=3VuA1GWw0dI
except the guy is switching the batteries manually by hand. the manual part can be eliminated by using an automatic timed switch of some sort. you can't see much detail in the video but it is something like you're saying possibly. in the video it sounds like his charging the battery by hooking it up to the LED terminals. Either you have a Joule Thief feeding itself or two separate Joule Thiefs feeding each other. i could be wrong.

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[Artic_Knight]

so for some wierd reason i did what i never do, math. the speed of light = 299 792 458 m / s according to google. and einstien said e-mc2, well we are not calculating the mass of electricity here but i believe perhaps there is a similiar mathematical equasion which i am still working on to explain free energy from magnetism and it will involve the speed of light. the reason for speed of light is that apparently according to physics any object traveling at the speed of light once reaching the speed of light has infinite mass. this is obviously impossible to accelerate but with magnetism it wouldnt seem that we are eccelerating mass but a massless force or pure energy and if so then the infinite mass of a massless object has a formula of mass = 0 x infinity which is 0. this should be easy to accelerate. now lets assume magnetism is massless, and lets assume that magnetism which is calculated in gauss is now egual to its speed or frequency because it no longer has mass to depend on energy for so it must get it from speed. at this time we can assume that the speed is determined by the mass which accelerated it since magnetism is assumed to come from the spinning of atoms and when atoms align the create a flow of magnetism.  so we could say that gausse = mass x ?.  obviously if we include the speed of light here we get something that makes magnets as powerful as the next atomic bomb so i havent finished it yet but what if we could accelerate magnetism to the speed of light? what would happen then? lets say for one moment that we had a massless air core but we ran a electrical current through it at the frequency of light since the electron travel down a wire is theoretically instantaneous we should be able to reach 299,792,458,000 pulses a second or 299.8ghz magnetism at the speed of light i theorize is either impossible or bound to have unlimited energy.

of course if we cant get magnetism at the speed/freq of light then we could always try to find magnetisms resonate frequency. if the resonate frequency of glass makes it vibrate in accelerated levels till it destructs then it should produce unlimited sources of magnetism = electricity.

[sparks]

imagine if you will a giant capacitor single plate all by its lonesome fully charged.  What do we need to do to get it to discharge.  Form a dielectric coating over this giant plate.  Then a conduit or hole through the dielectric.  Fill the whole with some conductor and attach to uncharged metal plate.  The Earth comes precharged.

[innovation_station]

well i get to post agin ... 

hummm

i started building   

i started 2 things last night  i dont know if i should even share ..  as they will probally not allow me to post it

i set the sceen STRIGHT ...and i get booted ...  anyhow those that dont know .. i released my HARMONIC TRANSFORMER YESTERDAY ..  just BASIC OPERATION explanation ..  guess it works eh?

w

[jadaro2600]

A bunch of wonderful brain farts today I see.

I was thinking, that large caps like to discharge fast, just as they were intended for applications which normally bear a large load across their terminals - in systems with use for large currents, like engine starters, etc, or where there is need to maintain a certain ampere flow in a given system.

It seems reasonable to say that the discharging of a capacitor of equal voltage characteristic of a battery, will have higher ampere characteristics then that of the said battery because the battery has a higher internal resistance than that of the capacitor.

If we're to use a large capacitor as source, then we should design for this purpose.

I recently tested my circuit to see what two AA batteries in parallel would do...

After frying my multimeter's fuse...  I determined that there were only voltage gains, the current used by the circuit was the same, which I thought was strange... more later.