Selfrunning cold electricity circuit from Dr.Stiffler

[amigo]

I was in the mood to play tonight and since I got those new cores I should be close to the target now. The cores measure about 710uh and I made 7-8 turns instead of 9 on the primary coming to about 4-5uh.

In any case the setup is in picture 1, battery is 10.2V so technically depleted 12V one, DMM is on mA and the circuit is my modified version that uses BD243 instead of the 2N3904/2N2222. I also have some other modifications but as a proof of concept it should suffice. The main drive board has 100x 5mm 55,000mcd LEDs and it's supported by an aluminium back, while the smaller boards have 14x 10mm 130,000mcd LEDs and no aluminium back.

My idea was to test the extent of AV plug and what can actually be done with it because I got tired of all these measurements and O/U guesswork. I'm a practical guy and I want to do something practical with this, so I figure let's see how many lights we can get going, how far and whether we can use a single wire to power it all.

As you can see from the included picture, yes we can drive with a single wire lots and lots of LEDs at miniscule amounts of source current. The picture 5a is sort of an anomaly I've noticed, if you look at the middle bottom board it is not connected to the AV plug drive but on the opposite side of the diode and as a consequence that board lights up brighter than the rest of them, at the minimum additional current draw. I believe this can be done to all even or all odd boards to get more light output from them.

This is by no means done, I have not used any coils in-between to try and boost the drive or such, it's just a possible beginning for something practical that can be explored. Also, interference caused by touching the connections and boards causes the lights to dim a bit, so that's another thing to consider when designing final circuits.

Important bit is that since the LEDs have different impedances (5mm vs 10mm ones) if those were matched I believe we could go on adding more without much loss or increase in current draw. Right now you see a jump from only 5mm to 5mm+10mm ones of almost 15mA. Funny thing is that I initially had this at 31mA but then I moved the setup and now it's at 48mA...figures.

[plengo]

@Amigo,
congratulations. You are now the record breaking holder in the world in lighting LEDs with Dr. Stiffler Cold Electricity technology  .

Can you post more details about your schematic, please? and the specs for all the parts? Keep up the good work!

Fausto.

[hoptoad]

Yep, things are looking pretty cool Amigo! 

Cheers from the Toad who Hops

[abassign]

@amigo

From the photo that I see you have inserted 100 LEDs of type 5 mm (absorb from 1 to 20 mA) , with a battery from 12 V you have gotten around 11 mA of absorption ?
Have you made the verification of the absorption of a group of LED with the same bright issue, without resistance of fall, connected directly to the battery from 12V ?

(12 V+) - LED 1 - LED 2 - LED 3 - ... - LED n - (12V-)

The brightness of every single LED must be identical to that of the LEDs that you have used in the test.
I have set such LED, directly power by the battery, beside the LED that power from the device, so that to exactly verify such issue.
In fact, from your message, it seems that 100 LEDs are drive with 11 mA 12V and therefore every LED only 0,1 mA requires. Seem me an excellent result!
Can you confirm me this deduction ?

Best regards
Adriano

[AhuraMazda]

@all
Can anyone please comment the charged area around the coil. Dr stiffler, you called it an intense field but an intense field of what?

AM