Single AA battery to light WHITE LED for long-long time

[Feynman]

How'd you pick the frequency to send the ferrite?

[zon]

wow, i return from long holiday, sorry not put notice here.

@Feynman
I take 2 enamelled wire SWG 38 (0.1520mm) and SWG 35 (0.2130mm), same length 120 cm long, bifilar, wound on ferrite
inside diameter 8mm, outside diameter 18 mm, thick 4 mm

Attach picture:
Charging battery, i replace 1N4007 with 1N4148
If you take out the Charging battery/Target battery, the led will lit on for a long-long time

Now, i'll continue eksperiment on charging battery not on led lit on, because charging battery have some interesting and phenomena.


zon

[zon]

Here is latest my observation on charging system.
New circuits,  faster charging than before.

Result :  Time        Source Battery              Target Battery
             15:05        1.306   Volt                   1.273 Volt
             16:15        1.301   Volt                   1.300 Volt
             17:00        1.298   Volt                   1.311 Volt   <---- More voltage than source battery
             18:45        1.296   Volt                   1.333 Volt


Any suggest , where i put this post , better ?


zon

[Koen1]

@zon: Thank you for posting your circuits and pics!
I like your schematic very much, think it's quite an interesting gadget you've
put together there.
Can you do a few measurements of the amperage coming from those batteries?
I ask because I have noticed that, after use, some batteries show a relatively high
residual voltage at very low, near zero, amperage output, but other batteries
seem to show a much lower voltage at a slightly higher amperage...
It appears to have something to do with the exact manner (intensity) at which
the power is "sucked out" by the circuits used...
I have seen people do measurements on batteries and shout "eureka" when
the target battery showed a slightly higher voltage than the source battery,
only to find later (through depletion tests, run measurements on battery output
until they are completely totally empty) that the total energy available in the
target battery was somehow still lower than that in the source battery, even
though the voltage appeared to be higher.
Mind you, I am not trying to discourage you at all, I just want to say:
keep an eye on the total energy gain and the max available amperage
from your batteries as well.

An interesting matter in my opinion is also: can you get this to work
without batteries, but using capacitors instead?
So let's say we have cap1 at voltage x, and cap2 at voltage zero,
and we use cap1 in stead of your source battery, and cap2 in stead of the target.
If you can get a similar circuit to somehow pump more voltage into
cap2 than was originally available in cap1, then I would get the tendency
to shout "eureka".

Keep it up!

[Feynman]

Thanks zon for posting the pictures and measurements.

This circuit is *really* interesting.  You would think it's impossible for a source potential to charge a destination potential higher than itself. These might be Bedini/RE type effects.  I am going to try to replicate the 'Zon circuit'; I am curious what it looks like on the scope.

@Koen
Thanks for the clarification regarding battery depletion and potential. That is valuable information.  Let's hope Zon is indeed seeing some form of vacuum resonance.