Fringe Rotary Transformer Replication Experiments

Hey Marcel,

Thanks for Sharing! Awesome!

You know, the Circuit I posted, its as close to the description that was given by Tinman, as was possible, at the time, but I want to say, I think there was more to this. I don't believe there was any truth told about this.

Notable facts:

• Internal Diode in the IRF540N is going to present a conductive path back in the opposite direction - Inductive.
• The Fet Gate Terminals were across the Capacitor which was pretty flat at 10.4 volts, the Fett turn on voltage - Always on Fett?
• Adding Capacitance changed the Machines operation, this is an important fact!
• The speed of the rotor had to be optimized or the Generation of energy was reduced.
• The trigger, of the Fett, gave a R x C Time constant, the Spike changed!
• and more

There is enough here, to show, that the lucky hit that Tinman had, was completely misunderstood, he is unable to replicate any of what he achieved, because he did not take the time to fully understand what was occurring, and as a result, the RT was a one off fluke.

Before the RT, Tinman never ever showed, Bucking Coil Arrangement like I was showing.

Its a real shame, we could have had this 10 years ago, a small group of trolls, I have all their names, successfully stopped this, even though I was giving more info on it.

The Simple Facts we know, and simple experiments, we can make steps to replicate the RT, this will, however be difficult, because the Frequency of Operation is very hard to adjust, the Duty Cycle is very hard to adjust:

Please Note: I have modified the above Image for illustration purposes.

Where:

• Red = T_On
• Blue = Peak
• Yellow = T_Off

Please keep this statement in mind: "What if there was no Shorting, and instead Tinman was using the Fet for another reason"

A tiny DC Pulse into the Bucking Coil, you can see, the exact same effects are seen in the above video.

Both Coils are Inductively coupled, we bump the Voltage up ( Duty Cycle that is between the yellow lines I added, the R x C Time Constant changes ), the Diode is used, we use the Sawtooth Waveform to Pump Current, to Charge the Cap again and power the Load. In the above image, note the flip in polarity, T_On is on the Negative side of the Zero Graticule Line ( Marked by the number 2 in the image ), as you point out, turning on at around 4-5 volts, then flips from Negative to Positive, a Coil can NOT just Flip Polarity like that unless it is forced to. It really is worth thinking about this polarity flip in detail!

Here is a guess, which needs more work:

L1 flips polarity after Q1 turns off at T_Off. Q1 Conducts reverse, through the internal diode. Don't forget, we need opposing Magnetic Fields for the Sawtooth Wave to be present, we learned this in prior experiments!

Note: This is a guess, but remember a full capacitor cannot be charged any more than it already is for a given Voltage. The capacitor must be emptied some.

I am trying to encourage the incorporation of Feed Forwards and Feed Backs, if you cant already tell.

Best Wishes,

   Chris