Partnered Output Coils - Free Energy

[MarkE]

Uh-oh. People at OUR have been doing the unforgivable: asking for EMJ's evidence for his claims. All is not well in OUR-land:Next stop.... energeticforum?

Excitable poster they all said.

[TinselKoala]

@ALL - This is totally fraudulent Crap!

AC Coupling for AC Waves is not the wrong way to measure AC Waves!

If one has eliminated the possibilities of DC Offset then there is absolutely nothing wrong with measuring AC Waves with AC Coupling!!!

This is TinselKoala Bullshit Piffle that anyone can call Tektronix and ask them!

I mean seriously! Why on Earth would Oscilloscopes have AC Coupling for!

This is a TOTAL Copout and utter Piffle!

if there is an error the margin is very small and for true AC Wave its absolutely negligible! Especially when you're getting 160+ % output!

Do your own Homework and call Tektronix! See for your self! Don't believe what some Villain tells you!

Once again, this is not true. Eliminating raw DC offset is only ONE of the effects of using AC-coupled channels. Another is that the _average value_ of a complex signal is moved down or up to the channel's zero baseline. As has been explained to you several times, including in information from National Instruments AND TEKTRONIX. See the PDF linked below, page 19 specifically.

http://circuitslab.case.edu/manuals/Oscilloscope_Fundamentals_-_Tektronix.pdf

Yes, EMJ, insulting poor researcher. DO YOUR OWN HOMEWORK.

By "true AC wave" if you mean a strictly pure sinusoidal waveform with zero DC offset, then you are correct, there will be no difference in the trace display. But how will you know this unless you compare the traces with both DC and AC coupling? Then after the comparison you should of course switch back to DC coupling as the default measurement mode so you do not miss the real action.

[TinselKoala]

Ok, so you too can melt copper.

Did you not notice that the (completely straight DC ) input power to the driver board went way down when the secondary output was shorted?

But.... back to the point.
You did not use bucking coils  because they can't work can they? The output will be nil won't it?

Do you understand the significance of the "dots" that are usually shown on diagrams of multiple coil windings to indicate phase, direction or polarity of the windings?

So let's try again........


Now we have scope shots....


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

Ah... I see. When woopy does it, it's magical OU. When I do it... it's no big deal. Where have I seen that kind of argument before, I wonder.

[John.K1]

TK, your transmitting energy experiment remindS me some video from distinti "antena paradox"emV016: The Antenna Paradox: http://youtu.be/bD4guW5NFs8
I am not sure if I right understund what he says.Maybe it will give  better sense to you.

[TinselKoala]

I said,

On the matter of Bill Alek's device and the measurement thereof:

We have already demonstrated that Alek uses AC-coupled channels on his oscilloscopes for his measurements, and that small errors in phase determination can make a large difference in his results.

Below I attach the Data Sheet for the Hall Effect current sensor system that Alek uses, the Black Box that is clearly visible in the video of the demonstration he presented last year to Sterling Allan.

I think the Data Sheet pretty much tells the story. The system needs a carefully regulated DC power supply, it needs to be carefully calibrated, it has a time delay, and it produces its output in the form of a DC voltage that is referenced to the midpoint of the supply voltage.

@ALL - This is totally fraudulent Crap!

AC Coupling for AC Waves is not the wrong way to measure AC Waves!

If one has eliminated the possibilities of DC Offset then there is absolutely nothing wrong with measuring AC Waves with AC Coupling!!!

This is TinselKoala Bullshit Piffle that anyone can call Tektronix and ask them!

I mean seriously! Why on Earth would Oscilloscopes have AC Coupling for!

This is a TOTAL Copout and utter Piffle!

if there is an error the margin is very small and for true AC Wave its absolutely negligible! Especially when you're getting 160+ % output!

Do your own Homework and call Tektronix! See for your self! Don't believe what some Villain tells you!

What part of the DATA SHEET FOR ALEK's CURRENT SENSE SYSTEM is "totally fraudulent crap"?

Are you saying that Honeywell are lying about the operational parameters of the sensor that Alek is using? Are you saying that the images I show from Alek's video are somehow faked? Did I photoshop in the model number of the Honeywell Hall-effect sensor onto his "black box"?

The data sheet says it has a DC output referenced to the midpoint of the regulated DC supply voltage. Its output will vary from 0 volts to +Vcc and never goes "negative" thus it inevitably produces an "AC" signal that is offset from O volts by 1/2(Vcc). It has up to 3 microseconds response delay. There is no justification whatsoever in using an "AC coupled" scope channel on the output of this sensor, Uncalibrated, and without compensation for the delay it introduces!

Bullshit piffle, totally fraudulent crap, copout from a villain? Get real, Chris, your slip is showing. You cannot refute me, I provide references for all I've said, and so you descend Yet Again into your playground pottymouth insults. It would be funny if it wasn't so pitiful. Just think... you have wasted sixteen years of your life chasing a ghost, nothing more than bad measurements caused by your lack of understanding your own equipment and your own devices. That is pitiful. Your arrogance and "holier-than-thou" messianic save-the-ignorant-idiotic-world attitude has prevented you from seeing what is right in front of you: ordinary behaviour from ordinary coils.