Giantkiller moves forward into Full Heterodyning.

[acerzw]

@ acerzw

I'm afraid I cannot find 'erfinders tutorial machine' anywhere to make a comparison. do you have a link?

You are correct, that paragraph is pretty heavy. I would add the other 4 are right up there with it!

@bourne

I reposted a PDF of Erfinder's posts, which someone else compiled and posted before, here: http://www.overunity.com/index.php/topic,3354.msg67659.html#msg67659

I would also recommend looking at his post here:
http://www.overunity.com/index.php/topic,3354.msg67864.html#msg67864

You are correct about the other 4 paragraphs being heavy too, I was only intending on writing one but it kind of grew as often happens with my posts

A

[sparks]

@GK

    The tpu running as a current inducer isn't a bad thing.

    Don't forget that you are changing the magnetic field in the collector winding at high frequency.  You can take a wire and spin it through a magfield at 3600times a minute on an ac power plant and get x number of amps out.  Now if you change the magnetic field around the same wire at 3600 times a second you get 60x.  If the input signal is squared-up the magnetic field change is even faster, like you just brought the rpm of the ac power plant up to 10times it's rpm.  So10x times 60 is 600x.  Now take a look at the winding experiencing the magnetic field change.  The more copper atoms which experience the magnetic field change the better. Pounds of wire is important.  So a 1horsepower input to the ac plant  can  yield the equivalent of 600horsepower inputting to a tpu ring or a Tesla standing wave plant.
     Farady and Tesla were on the right track but somewhere in the shuffle to electrify the world further research into the induction generator fell by the wayside. We settled for a 60% efficient machine instead of a 600% efficient machine.
   I just got ahold of a 0-10k 300watt inverter.  It was used as the primary power supply for an ozone generator operating at 20,000 volts.  I am going to drive a single primary winding wrapped around a  collector coil and boost the voltage from the coil with an lc circuit.  Be looking for excess output. No wave hetrodyning,  just broadcasting kilocycles into a secondary.

[M@rcel]

Just a slightly OT question:

Can one heterodyne magnetic fields? Imagine I have a (transformer-)core with two driven resonating coils. The frequencies of these resonating coils differ 50HZ (or 60Hz depending on your grid freq.). If I wind a third coil around the core, would a 50Hz (60Hz) signal be induced?

[Localjoe]

@marcel

.. find the opening graphic for this thread it might help.

[giantkiller]

Just a slightly OT question:

Can one heterodyne magnetic fields? Imagine I have a (transformer-)core with two driven resonating coils. The frequencies of these resonating coils differ 50HZ (or 60Hz depending on your grid freq.). If I wind a third coil around the core, would a 50Hz (60Hz) signal be induced?

I refer you to John Hutchison's demonstrations.
The effect shows up when there is a speed difference between 2 sources. Tesla's x-ray tests around the same time frame in dealing with the isochronous mechanical oscillator patent shows this openly. A frequency is applied against a metal plate. Energy is expelled.
Also look at the ECDs.

--giantkiller. Same rules, different place.