Partnered Output Coils - Free Energy

[MarkE]

MarkE,

Here's the specs from the bulb manufacturer:

Philips MyVision LED Spot, Spot Light 3W = 35W GU10 2700K warm white [Energy Class A]

3 Watts of input power delivers 35 watts of illumination.

3 Watts input delivers the equivalent light output as a 35 Watt incandescent bulb delivers, which is about 1W of visible radiation.

There's 80.55 lumens per watt. That means 3 watts of input delivers 2819 lumens of brightness.

No, it means that 3 Watts in delivers about 242 total lumens, visible radiation which is just short of 1W total visible radiation.

Woopyjump does it for .6 watts of input! That's 500% better with the "Sergdo Transformer"! Cutting your light bill by five times results in a significant savings. This is a 220 volt bulb.

I can guarantee that Woopyjump does not deliver 3Watts average to the LED lamp using only 0.6W average source power.

[PIH123]

.....Pete Pansy ......

Yes, that is exactly what I call my son when he asks me a question (which is mostly all I have ever done with you).

Then he comes back with a childish hissy fit.


Look, I am sorry if my numerically ordered questions have given you some emotional issues.
Please feel free to answer them in any order you wish.

Hope that makes it easier for you.



(BTW. that stuff above about my young son is not true, He is far more mature than that)

[MileHigh]

Beware of uncle Bob.  He is a radiant energy cabbage.

[synchro1]

3 Watts input delivers the equivalent light output as a 35 Watt incandescent bulb delivers, which is about 1W of visible radiation.No, it means that 3 Watts in delivers about 242 total lumens, visible radiation which is just short of 1W total visible radiation.I can guarantee that Woopyjump does not deliver 3Watts average to the LED lamp using only 0.6W average source power.

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?

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!

"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!

[picowatt]

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?

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!

@All,

In the video linked in the above quote, we are shown a DC power supply displaying 3.36V and .178A that is presumably the power supply powering the device under test.  Towards the end of the video, after having turned off the DC power supply (extinguishing the LED light and the transformer's ringing sound), Woopy shows us a waveform on his scope of approx. 200V PP and with some ringing on the waveform.

What is this waveform supposed to be of, and what is powering whatever is generating it?

The DC supply remains off prior to, during, and after we are shown that scope shot.

PW