Partnered Output Coils - Free Energy

[picowatt]

From PW   

Yes, unless I read it wrong, MH has D1 conducting during FET on time, whereas the way it is connected (conventional clamping direction) D1 actually conducts only on the turn off of the FET, circulating the flyback current through L1  also through L2, L3 and the diode D1 until the current ramps down to below D1 conduction, at the end of current ramp down "C". It is at the end of this ramp that the DSR effect (E) is initiated.

Vortex,

I believe Q1 turns on at C (or B if that glitch is not from the driver as I suggested) and that Q1 turns off at E.  Q1 remains on between C and E.

PW

[Vortex1]

@ALL

I suggest you spend 10 minutes and build the device and test it for yourselves! Most all here will have the materials laying around!

This would save the speculation and talk about things I haven't done when in-fact I actually have!

You just may Learn something!

I would kindly ask that you supply a parts list with exact parts needed for the effect, If you could kindly post the recommended diode and FET type that would be a plus.

Also, drawing 190,the core manufacturer, material type,core size, gapping if any, and number of turns for L1, L2 and L3 on your VIC schematic or your preferred setup specs.

If you are implying from your post above that any old materials we have lying around will demonstrate a working effect, that tells a very different story.

Regards, Vortex1 (ION at OUR)

[EMJunkie]

I would kindly ask that you supply a parts list with exact parts needed for the effect, If you could kindly post the recommended diode and FET type that would be a plus.

Also, drawing 190,the core manufacturer, material type,core size, gapping if any, and number of turns for L1, L2 and L3 on your VIC schematic or your preferred setup specs.

If you are implying from your post above that any old materials we have lying around will demonstrate a working effect, that tells a very different story.

Regards, Vortex1 (ION at OUR)

I have, check OUR!

Itsu has replicated it! Check OUR - Rough figures: COP = 2.7

[picowatt]

Hahaha you're funny! Don't tell me, All Test Equipment is a "very poor choice for looking at current"? Hahaha you're just Funny!

Just in-case, my Current wave form is 1.7Khz - WELL Within the Meters specs!!!

Its built and designed by experts, but its a "very poor choice for looking at current" WOW youre a total fool!

Next you'll say Fluke instruments are really UFO's!!! 

Personally, MarkE I think this is the most ridiculous statement you have ever made! It shows you are emotionally charged, you could be suffering from more emotions than a 12 year old girl with her period!

It shows, that in all your self proclaimed greatness, that you have no evidence to say in your self proclaimed greatness that there is an error there!

You can not say, an nor can anyone else, "Its Fake", and all can see that "Something" is in fact going on here and investigation needs to be done!

It burns you! That someone like me, can come along and stump you outright! It really burns you doesn't it MarkE!

So you have to through ridiculous statements around about Test Equipment and Probe connections!

Well MarkE, the joke is on you PAL Stumped and Humped! Good luck with your emotions! They oose jealousy and self proclaimed needs!

EMJ,

You would be well advised to drop the arrogance and condescension and try to understand what is being said.

You state that your waveform is 1.7KHz.  That is your waveform's repetition rate , but it  does not describe your waveform's frequency content.  A pure 1.7KHz sine wave will have both a 1.7KHz repetition rate AND have a singular 1.7KHz frequency content (only a sine wave is spectrally pure).  It takes multiple harmonics to generate any non-sinusoidal waveform.

The waveforms you present have lots of non-sinusoidal rectangular attributes indicating frequency content well above your 1.7Khz drive rate.   

To better understand this, it is advisable that you become familiar with your 'scopes FFT capabilities.  Feed a 1K-10K square wave into your 'scope and display the FFT spectrum of that square wave.  Switch between square, sine, and triangle waves (and vary the duty cycle).  It will give you a better understanding of the actual frequency content of various waveforms.

PW   

[MileHigh]

Just in-case, my Current wave form is 1.7Khz - WELL Within the Meters specs!!!

This is just another brick in the wall.