Agentgates´s TPU setup with strange wavehill hump

[hartiberlin]

Hi,
I have moved this topic back to the TPU board until
a real proof with a video that shows output power is bigger than input power is posted.
Then the thread will be moved again back to the "apply for the OverUnity Prize"
section.

Regards, Stefan.

[teslaalset]

Some quick results from my first measurements.

First picture is my present coil

Second picture is the voltage measured over a 33 ohm resistor load at the secondairy coil.
The signal is symmetric around 0 volt. Top signal is the inverted input voltage pulse.
(top signal is the inverted pulse from the arduino signal generator, my fet driver is inverting type)

Third picture is the detail of the second picture.
Pulse time is 3 us, period is 25 us
Current pulse is therefore 3 us.

[update]
Primary coil resistance is 3.2 ohm, I used 0.2 mm thick wire.
I used 32 ohm in series with the primairy coil.
Current throught the primairy coil is about 300 mA
Voltage swing over the primary is about 1 Volt.

Voltage swing over the 32 ohm at the secondairy coil is 300 mV peak/peak
Secondairy coil wire is 1.52 mm thick

Lower frequency / larger pulse lenghs result in exactly the same edge response.

@ Tony: Did you connect the secondairy coil to both ground and signal of your probe, or did you connect the ground of the probe to a different point in the circuit?

[Magluvin]

Here is something I just whipped up on a hunch. If the inner primary doesnt need to be in contact with the secondary, then this is all that needs to be done.  It has 50 crossing contact points to the secondary and less wasted wire used in webbing. Havnt hooked it up yet. But it should follow the same principle. 1 centimeter between primary windings.

Mags

[dani1]

Hi,
If the secondary coil will be our holder of the particle generator current. you have to use the same current in this second coil again and again. this can be archived by feeding the second coil and then cut off the source and recycle the current (joule thief?). a third coil wound orthogonal over the secondary can grab the cycling current.

[hartiberlin]

@teslaalset
well done.
What is your volts/div for input and output ?

Looks like a typical capacitive coupling.

The interesting things will only happen,
if you go with your input frequency higher into the
same range as the Ringing frequency of the coils.

Then please set it to these resonance frequencies
and you will probably have a contineous big sine wave and
measure the output voltages on different output loads.
Many thanks.

Regards, Stefan.