Partnered Output Coils - Free Energy

[EMJunkie]

Now that I have the circuit working consistently -- and before I take it apart to try something else -- I will connect it to my old Link DSO and see if I can make any sense out of a set of measurements toward obtaining a power reading.

yes do all your testing first on this.

[EMJunkie]

If by walking distance to Alpha Centauri close, yes it is very close to OU! 

Taking the 10 Ohm cement resistor as the load, it gets only a small percentage of the input power.  The resistor is strung across the same dot side of the two secondary windings.  Ultimately, each winding references the positive supply.  There is voltage across TPA - TPD during the narrow flyback pulse.  The difference voltage is only the primary voltage from TPE to VSUPPLY.

MarkE - In all your Guruness, you got this Re-Drawn Circuit Wrong???

I wonder how long it will take you to realise this?

And I thought you were a Guru? What's Going on?

You've Bucked it up! hahaha I had to!!!

[MarkE]

Well, how exactly would you suggest I drive that configuration? I can fairly easily connect the coil-core set back to the op-amp push-pull circuit and try that configuration. But again.... you should be specific as to what you consider OU, how you are measuring it, and so forth.That has never really been in dispute, has it? Of course coils connected differently will behave differently, that's not news.
Well, I am impressed by the spike voltage of this circuit, it's almost as good as a standard flyback transformer will produce (but you can get a lot more current at HV from the standard flyback transformer.)  But what we are supposed to be interested in is the OverUnity thing happening, and so far we've not seen it. Not even close.Try to "curb your enthusiasm" because I have not seen any evidence of OU yet.  Now that I have the circuit working consistently -- and before I take it apart to try something else -- I will connect it to my old Link DSO and see if I can make any sense out of a set of measurements toward obtaining a power reading.

If you want to try something interesting, you might get power readings in the 10 Ohm loop first and then measure again after changing to the configuration below.  The power dissipation should be similar.  It will vary a little bit due to the less than 1.0 coupling factor of the various windings on the common core, the winding parasitics, and changes in the wiring inductance.

[MarkE]

MarkE - In all your Guruness, you got this Re-Drawn Circuit Wrong???

I wonder how long it will take you to realise this?

And I thought you were a Guru? What's Going on?

You've Bucked it up! hahaha I had to!!!

I contend that the drawing is an electrically faithful representation of TK's test circuit.  If you think that it isn't then why don't you show exactly what you think is wrong?

[synchro1]

Here's the link once again:

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

With 3.36 volts and .178 milliamps input, a couple of rechargable 1.5 volt D cell batteries and an ordinary photovoltaic cell running at an intermediate 10% efficiency would return  5.8  times the power to the source batteries from the fully illuminated 35 watt LED. This is a very simple Toroid Transformer. The only unusual aspect is the team of four TIP 41C transistors in parallel with a 1k resistor to the base.

Woopyjump tried to self loop this one through a cell phone charger. The photocell outputs DC, very simple to connect to the DC batteries. How is it that something this awesome can get treated as completely meaningless? The output of 3.5 watts could easily be stepped up in voltage with a simple Joule Thief circuit to handsomely charge the two D cell rechargable run batteries. This simple setup would act as a very strong "Power Plant".