Partnered Output Coils - Free Energy

[ramset]

hyiq.org
why would you perceive that as a threat ?

I find that very Odd

hyiq.org
If I was to come to you forum and call all your members thieves and Liars managed By You
with ZERO evidence?


that's a threat ?

Just reposting you own words here ,how is that a threat ?

oh and to answer once again " Still not leavinggggg???"
you called me didn't you?

did you get bored here talking to yourself, not stimulating enuff?

how about the point

My Grandson could tell you the magic of a transformer going down in input as a load is applied .

[hyiq]

hyiq.org
why would you perceive that as a threat ?

I find that very Odd

hyiq.org
If I was to come to you forum and call all your members thieves and Liars managed By You
with ZERO evidence?


that's a threat ?

Just reposting you own words here ,how is that a threat ?

oh and to answer once again " Still here???"
you called me didn't you?

Chet K - Clearly youre no Gentleman - You have also been asked many times to leave.


You refuse to, which shows your intent!


I will ask you again, Chet K Please leave and don't ever come back!


   Chris Sykes
       hyiq.org

Stillll Nottttt Leavingggggg...


   Chris Sykes
       hyiq.org




P.S: No, and No, and I was thinking out loud, and no...  Just a Man, a Public Forum... and No... Enter at your own risk, and No...




P.P.S: I did actually shut down my forum because of Lies, Deception and Infiltration... Just for the record... And No, this is not an invitation to come back!!!

[ramset]

Chris Sykes
       hyiq.org  500+ Pages and 50+ YouTube Videos a Small Book




how about your recent point.

  Chris Sykes
      hyiq.org
Quote
Magic I should add, my input, as does others, will actually go down when adding a Load.
end quote

Why would you call this  magic ?

happens with any transformer when played with outside of the circuit it was designed for ?
and even in Cheap motor speed control circuits?

From your infomercial

darediamond quote
But MY LOAD WHICH IS A DC MOTOR DID NOT AFFECT THE INPUT WATTAGE AT ALL. I REAPEAT AT ALL

No  Magic just a typical Motor speed controller....

Chris Sykes
      hyiq.org

you invited experimenters to your party

first you thru out Luc [bad result nothing special

Now Partzman did too good a job [extra bad result nothing special

Chris Sykes
      hyiq.org
Quote
Partzman WOW, what an amazingly, throughly dedicated, very specific focus on accuracy Partzman... I know some of your background, but really, is this because Tinman was caught, again, Miss-Leading the masses? Come on, be honest, do you work for, take orders from or have you had any kind or direction from Chet K or any Minion that does the said biddings for?
end quote

Chris
your burning through all the guys who know how to measure here !!

maybe you'll just have to fall back to measurements and how its done properly?

I know it did not work out too well your first and only time  two years  ago .

Please teach us how to properly measure your  work


How you taught the lostFox to do this
from your infomercial

quote
WOW That's 2028% difference..
end quote

yes I know wistiti and Lostfox now spend countless hours and dollars working for Bruce in search of OU
oh yes and darediamond seems very busy searching too....

you've given sooo much

please teach us how to measure

[hyiq]

For all welcome readers.

A valuable download: https://www.youtube.com/watch?v=7ZBdvTrmHyY

Use YDownloader if you don't already have an app.

   Chris Sykes
       hyiq.org

[itsu]

Here are my results of testing a replication of Itsu's circuit using 50mm ferrite toroid wound with 18t and 36t counter-wound windings.  The resonance cap is a 1.98ufd Wima MKS film and the sense resistors are Caddock 1.00 ohm 1% non-inductive film type.

Great care was taken with calibration and measurements as follows-  A Fluke 515A calibrator was used to check the accuracy of the 1v and 10v AC ranges of an HP 3455A volt meter.  The 1v range displayed 1.0007v ac at 400 Hz and the 10v range was 10.0099 at 4kHz.

The voltages measured across the 1 ohm load resistors were then compared to the HP 3455A measurements.  The current probe was also checked by measuring the current thru each load resistor and comparing to the voltages measured by the scope.  The Math channel was used to calculate the input power and was compared to snapshots of CH1 and CH4 with cosine correction of the small phase shift.

The measurement comparisons are as follows-

Tek CH2 .5827v rms
HP 3455A .5889v rms
Current Probe .5723A rms

Tek CH3 .3048v rms
HP 3455A .3050v rms
Current Probe .3005A rms

The "Resonance Measurements" scope pix shows the waveforms of interest.  Math indicates the input power to be 461mW.  CH2 output voltage is 586.2mv which calculates to 343.6mw and CH3 is 305.2mv which equates to 93.1mw for a total output of 436.7mw for a COP = .947.

For an input power comparison, the snapshot for CH1 showed a level of 2.066v rms and the snapshot of CH4 indicated 223.2ma rms.  Therefore 2.066 x .2232 x cos(.189) = .4611w.

Overall the current probe seems to be low in measurement accuracy by 1.4% to 1.8% compared to the scope which would increase the power input and lower the COP if the measurements were corrected.  So, IMO, this device as presented is conservative.  Also this device is not equal to the Preva device in the fact that the bucking windings are connected in-phase with the dotted ends connected together.  As far as I can tell, this would also be similar to the devices tested by Tinman and gotoluc.

If anyone is interested in the scope pix showing data mentioned but not displayed let me know via a PM.

pm

Very impressive indeed PM.

In my updated last post here:   http://overunity.com/15395/partnered-output-coils-free-energy/msg500436/#msg500436 
i also included the input / output measurements (156.8mW / 146mW) for a cop of 0.93, so very close.

The 1 Ohm resistors i use are Metal film 0.6W 1% resistors.

What strikes me as odd is that in resonance your secondary currents (blue and pink) are not either 0 or 180° phased compared to the input voltage/current like mine.

Thanks,   itsu