Partnered Output Coils - Free Energy

[synchro1]

Here's a "Sergdo Transformer" video from Diveflyfish. He's lighting a 120 volt LED bulb with merely 1 volt and 100 miliamps: 1/10th of a watt!

Diveflyfish says he has the 2 watt LED bulb full on. His power input is 4/100ths of a watt after lighting. At 80% efficiency, the bulb would outpt 1.6 watts of illumination. That's a COP of 40! The bulb's rated for 69 milliamps at 120 volts.

At 10% photovoltaic efficiency, .16 watts should be collectable. With.04 watts of input, the loop circuit should be 4 times OU!

https://www.youtube.com/watch?v=jS2CbCL-OV0

[MarkE]

The bulb delivers 2700 Kelvin on the color spectrum. That's the equivilant of nearly 3000 Lumens at 220 volts. Did you watch his video?

Color temperature does not determine luminance, nor does it determine output power.  Color temperature relates the approximate appearance of a light source to the temperature of a black body radiator.

https://www.youtube.com/watch?v=ZGSz_a3tTrk

Woopyjump says the bulb's glowing brighter then when it's plugged in the Wall socket. Take a look at it! It's clearly as bright as a 35 watt incandescent bulb at full brightness! Take a look at his input readings. That's 3.36 volts and .178 amps. Don't try and say thats only 242 Lumens. That's what a night light outputs. That's way off. It's ten times that bright. Wake up!

He does not put a bulb in front of a light meter, so that is no comparison.  3W at 80.55lumens/W is 241.65 lumens.  How you calculated 2810 lumens from the figures you supplied I do not know.

"The key strength of LED lighting is reduced power consumption. When designed properly, an LED circuit will approach 80% efficiency, which means 80% of the electrical energy is converted to light energy". Assumig the LED bulb's at 80% efficiency plugged in a Wall socket, it's generating 2.4 watts of illumination. Now, without any complex math; 2.4 / .6 = 4!

The same light intensity at 1/5th the input yields at least a COP of 4X OU! There's no way around it!

There are no measurements that back your OU claims for his circuit.

[Pirate88179]

This is a 120 volt 27 chip LED being powered by a JT circuit using a "dead" AA battery of about 1 volt.
The amp draw is under 150 mA's.

I do not have a light meter but, as you can see, it is as bright as when run on the mains.  At least, to my eye it is.  Very subjective, I know. It is not overunity.

Bill

[MarkE]

The only reasonable comparison that makes sense is if you put it a fixed distance from a light meter powered one way and then the other.  Once can get a lot of light out of modern LEDs with little power in.  My colleague has been working with LEDs that are yielding more than 130 lumens per Watt.  He's shown me pictures of his work bench lit up such that the picture looks like it's daylight on a fraction of a Watt.

[Pirate88179]

The only reasonable comparison that makes sense is if you put it a fixed distance from a light meter powered one way and then the other.  Once can get a lot of light out of modern LEDs with little power in.  My colleague has been working with LEDs that are yielding more than 130 lumens per Watt.  He's shown me pictures of his work bench lit up such that the picture looks like it's daylight on a fraction of a Watt.

Of course, I agree.  I just posted this to show synchro that you can light a mains bulb on an AA battery very brightly and it not be O.U.

Bill