Confirmation of OU devices and claims

[itsu]

Itsu:  One further point.  When the phase conjugate mirror occured the coils went stone cold and the earth wire went stone cold. Also the big coil went stone cold.


Try this.  Measure the gauss on your big coil at start up.
Tune the big coil in and out of resonance. What does the gauss meter show?


Then attach a ground wire to the negative of your big coil at resonance . what do you see?
Then attach the ground wire to the positive of your big coil - what do you see?
Turn on a plasma ball and compare the gauss measurement.  What do you see?
Turn on a HV module and measure the gauss.  What do you see?

Thanks A.king21,

i will try to do these tests when my gaussmeter arrives (more a Magnetic- and Electric field tester).

But as also mentioned by Gyula, there will be ground(loop) problems when using my gate driver and scope,
so not all your tests are doable.

See my present circuit of the gate driver, FG and Big coil.

Regards Itsu

[a.king21]

Itsu:

You can try isolating from the ground loop using a capacitor which is a blocking device.
Alternatively you can use a battery operated  signal generator.
You can also use the left terminal of a car battery or similar as your ground. (Tesla and Kapanadze).
What we are looking for in the "ground" is a good source of electrons.
Even your body will work but I do not recommend it for any length of time as it is not healthy.
If you use your body you will get varying results due to parasitic capacitance between your body and the big coil.

[itsu]

OK, i can use a battery operated FG (5V) and run the gate driver on 12V also from a battery.
Then without using the scope, i am free to use a ground wire anywhere.

Itsu

[itsu]

Ok, i have no gaussmeter yet, but tried some things.

I used a FG (5V) on a battery directly to the Big coil LC, see circuit.
I used 2 scope probes in differential mode (CH2 - CH3) across the coil.

I set the FG to 180Khz (5V DC Square wave 50% Duty Cycle) and tune C to resonance.
Result is Math trace red (CH2 - CH3) shows 278V sine wave, temp top coil 22.9°C, bottom 22.5°C, see screenshot 1

Connection earth ground to top lead coil and retune C to resonance.
Result is Math trace red (CH2 - CH3) shows 248V sine wave, temp top coil 23°C, bottom 22.6°C, see screenshot 2

Connection earth ground to bottom lead coil and retune C for resonance.
Result is Math trace red (CH2 - CH3) shows 282V sine wave, temp top coil 22.9°C, bottom 22.5°C, see screenshot 3

I tried this severall times, also with increased time to allow heating and/or cooling.
But temperature stayed within a few tenths of a degree Celsius.

Probably this "drive" (5V from FG) was to low, but i cannot risk attaching the scope to higher voltages.
Blue is CH2 probe to top coil
purple is CH3 probe to bottom coil
red is math trace (CH2 - CH3) so voltage across the coil.

Itsu

[a.king21]

Itsu:  Cannot understand why your wave is a sine wave.  I have some screen shots from a dvd with the kit which shows "spike waves at various frequencies - (but using the small coils only). Unless your scope is affecting the wave form.
You have to mess around with the coils to get a phase conjugate mirror as everything affects the overall circuit.  I used 7 small coils plus the big coil. You know when you are there because your gate driver voltage won't move.  You can also use a  Hv fast  bridge rectifier between earth ground and negative of the big coil to help power the gate driver (ie charge the batteries of the gate driver).  And you can use one of the satellite coils to power the frequency generator in the same fashion.