Is joule thief circuit gets overunity?

[e2matrix]

Hi,

I am amazed you can forecast now on March 22 2013 what is going to happen this November 22, 2013.  Or you really have that date?

LOL,   Maybe he is slipping in and out of different time lines due to the action of the toroidal vortices.   

[ltseung888]

Hi,

I am amazed you can forecast now on March 22 2013 what is going to happen this November 22, 2013.  Or you really have that date?

@gyulasun,

Thanks for pointing the error of the date.  Hopefully, when that day comes, the above result will still hold.  I shall keep the setup running in the background - may need to add the auto-swap mechanism.  I hate swapping every 4-5 hours for 7 months!

The latest scope shot again showed no run down of batteries.

[ltseung888]

Here are the oscilloscope analysis files for the AA battery charger done on March 22, 2013.

The Average Input Power = -0.00714 watts
The Average Output Power = 0.029213 watts
The COP = -4.09

The oscilloscope analysis results clearly show that there is much lead-out energy coming into the system.  The energy used to charge the batteries are external.....

The forever lighted LED in this case is possible because of such lead-out energy.  Amen.

[ltseung888]

Some testers were confused by the many connections on the oscilloscope test-ready boards.  The following should help.

[TinselKoala]

You are the one who is confused, Lawrence.

Your LED does not shine "forever", your boards are not "overunity", your batteries and capacitors do discharge, and your measurements and calculations are in error.

Further... a NEGATIVE COP is nonsensical.

If your input battery or capacitor is draining _at all_, then you have a positive input power. If you are getting any output at all, you have a positive output power. How, then, can you possibly combine these two POSITIVE numbers and arrive at a NEGATIVE ratio? Your claim of a "negative" COP from a system with any net real power output implies that it is also putting net power OUT of its input leads..... and so a battery or cap connected here could never discharge and would, as others have told you, fail from being overcharged. Since you do have output: your LEDs do light, and you do have positive input: your input batteries/capacitors do discharge, your "negative COP" spurious result indicates only that you are continuing to make your series of errors, and also that you still don't understand what your circuit is doing, nor how to measure it properly.