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

[innovation_station]

i dont think i need to fill this thred with my words

do i ??


radient engery   conversion ......      nuf said

ist

[Koen1]

i dont think i need to fill this thred with my words

do i ??

Well, yes, clearly you do think you need to fill this threAd with your words,
as we can all see you do so.
... bit of an odd post...

radient engery   conversion ......      nuf said

right... that makes a lot of sense...
So first you post a remark saying that you don't need to post,
which is like saying you're not saying anything,
and then you seem to suggest that "radiant energy conversion"
is the obvious explanation and doesn't need any more elaboration...

anyone can shout "it's radiant energy!".
That doesn't mean a thing.
At least explain how you think it relates to this "radiant energy"?

[amigo]

Holy crap, he's posting garbage here too?

IST put up or shut up, I believe is the saying. If you have nothing to say - don't. If you are just looking for attention this is a wrong outlet to begin with.


@ zon,

In my version I did not use a 1N diode yet the LED(s) would light up. I actually made that "Bedinified" version of the circuit hoping to drive 20-30 LEDs in parallel. Suffice to say it works, but they are not as bright as I'd like them to be (as bright as a super-bright LED connected to a standard 3.5V source for example).

Now there are two different wirings I tested, and my goal was low mA consumption so that the battery lasts days not hours. If the LEDs are  connected to the positive lead of the battery then they consume low mAs, but if you connect them to the negative lead of the battery then they end up in the overdrive (blinding light as well, hehe).

I've noticed that the difference between the two wiring setups when it comes to mA consumption is sometimes factor of 10x (20mA vs 200mA). Of course I was not happy with having 200mA, overdriven LEDs and a quite hot transistor.

[Pirate88179]

Koen1:

Just some info for you, and the others.  Over in the earth battery topic back when we were experimenting with the multiple electrode approach (as opposed to our self inducting coils now) I was able to light 2 leds (red) from my two electrode earth cell.  This cell put out ( and is still putting out) only 2vdc and 3 mA.  The lights are bright, maybe not max but I have taken photos and video and posted over there.  I actually ran three at one time but two of them were flashing leds.  The leds I used are rated for 1.7 vdc and 20 mA.  I think they are a lot more efficient than most people think.  the output on the earth cell was measured using both my digital and analog meters.  (Just as a side note, we are now getting about 1 vdc at 80 or so mA)

I like the idea of the circuits discussed on this topic here.  I'll bet my college professors (way back then) could not explain why these do what they do.  Unbelievable.  Thanks.

Bill

[Feynman]

Great work guys!


It's becoming clear all this technology is related.  The keys are resonance and switching (to capture radiant energy in negative form from the active vacuum and charge a dipole). 

Fantastic work.  I notice a toroid in your setup.  What kind of core is that?