Overunity Device by Tanju Argun (Moderated)

[Tanju]

Thanks for the reply and confirmation. But I don't understand why your LED's are behaving differently (no heat) since they are connected to a continuous DC source!
Are the LED's connected in Series as you mentioned they are 28vdc?

Something is not right

Luc

I made the following experiment:
Took one PowerLED put it at the end of a 10 cm  4 by 4 tube. at the opposite end I placed an LDR . Connected 27 volts to LED measured the resistance of LDR. Then I put the gadget across one LED in my system I read a very close resistance. Same luminous intensity but much less current ?

[Tanju]

Thanks for confirming your LED array connection.
I've been building and experimenting with this stuff for the past 10 years. I've built Bedini, Joule Thief and mostly my own ideas with electromagnets and permanent magnets in hopes to achieve OU.
To date nothing has proven OU or any new kind of electricity. However, even though I haven't found anything better then what the established science has put forward I'm still open to finding something I may of overlooked and why I invited you here so we can hopefully all learn something new if that may end up being the case.
I say it that way because to date there has been no OU claim that hasn't ended up being an error of some kind and hope this is not the case with your device and why we need to question your circuit and measurement methods.
I hope you understand this is nothing against you but what we need to understanding what it is that is different in your device compared to all the other devices we have seen come and go over the years.

I would strongly suggest you find a resistive load instead of the LED's to try to get to the bottom of this output measurement problem as I don't believe cold electricity would cause this. Maybe a curling Iron, toaster, electric kettle would work as a resistor of correct value to stay within your voltage range. Please try and report your findings.

We appreciate your help and sharing

Luc

Thanks for your kind words.
Overunity or not ! My garden is like a football stadium at night. thanks to 75 watts input and 21 PowerLEDS. And do not forget I have a mechanical power output of around 600 watts which I can potentially use. However I will still make the pure resistive load trial.
Tanju

[gotoluc]

I made the following experiment:
Took one PowerLED put it at the end of a 10 cm  4 by 4 tube. at the opposite end I placed an LDR . Connected 27 volts to LED measured the resistance of LDR. Then I put the gadget across one LED in my system I read a very close resistance. Same luminous intensity but much less current ?

I looked up LDR for those who may not know and Found it's a Photo Resistor, a kind of photocell that changes resistance the more light it captures.
So Tanju's test is a kind of confirmation that each of his 21 Power LED light Intensity are giving the same results as if he powers a single LED with a 27vdc power source, which btw produces heat but no heat in his 21 LED Array!!!
I don't understand how that can be but I'm very open to finding out more.
Lets see what happens to the output with a load resistor.

Regards

Luc

[Tanju]

I looked up LDR for those who may not know and Found it's a Photo Resistor, a kind of photocell that changes resistance the more light it captures.
So Tanju's test is a kind of confirmation that each of his 21 Power LED light Intensity are giving the same results as if he powers a single LED with a 27vdc power source, which btw produces heat but no heat in his 21 LED Array!!!
I don't understand how that can be but I'm very open to finding out more.
Lets see what happens to the output with a load resistor.

Regards

Luc

We call it "LDR" = (L)ight  (D)ependant  (R)esistor

[Tanju]

Dear SeaMonkey

I'm deleting your post since it is from another forum and not even posted by you.

Luc

Not a problem.  Tinsel Koala is attempting to contact you at OUR since he is unable to login here.  Check the ShoutBox at OUR.

That Sea Monkey must be one of the "Conservatives". He thinks ı dont have a scope. I dont know how to measure current with an MSc in Electronics, thinks my leds are pulsed..
He is right on one thing I dont have a proper lıght meter because ı never needed it till now!