Partnered Output Coils - Free Energy

[TinselKoala]

I have not done any real testing yet, just enough to confirm that the board works properly. I took out one of the two core spacers to narrow the gap a bit and this gives me about 20 percent higher inductance in "aiding" mode than before. The "bucking" mode inductance went down slightly as well.  The apparatus makes interesting waveforms, whines and chatters and buzzes the core and all of that. The transistors do get warm so I am only running it for short periods.  I've been using -7.5 - 0 - +7.5 volts in from the power supply, and using the F43 function generator to drive it.

All I can say at this point is that it behaves pretty much as expected, as long as the transistors don't saturate from being overdriven. I have seen a few weird things but as I said I have really only tested it enough to see that the push-pull driver circuit is working properly.

I am still waiting for someone to show me some measurements that could be interpreted as "OU" so that I can duplicate those.

[minnie]

   TinselKoala,
              that looks something like !!!
    Interesting to see your results when they come, good work.
             John.

[ramset]

who made the page so big..?

[NoBull]

who made the page so big..?

He did it !

[MileHigh]

Void:

Of course there is no restriction on what frequencies you can test at.  But in the the real world you know that as the frequency sweeps higher and higher the response from the circuit gets lower and lower because of inductive effects taking over.  You can see it in Itsu's clips right now.  Eventually no matter what your excitation waveform the output becomes a sine wave of much smaller amplitude.  You say that you did a lot of bench work so you must have observed this many times.  I have observed it hundreds and hundreds of times myself.  Any bucking coils configuration will do the same thing as per Itsu's videos.  All circuits eventually act like low-pass filters and so will all of the replications.

People can try whatever unusual excitation they want, it will not change the fundamental property of what they are testing.  Note that Chris did not specify any unusual excitation, but he hasn't really defined anything to any precise degree.  I can see you advocating for "try anything, look for the unusual" but in the real world most people are going to try sine or square wave excitation and measure power out vs. power in.  They can try all they want, but the bucking coils transformer will do exactly what it is supposed to do, no more no less.  Ultimately, it's just going to act like an under unity low-pass filter just like any other transformer.

MileHigh