HIGH QUALITY TPU DVD Video Released from Jack Durban

[Feynman]

@EM

Nice FFT!  I'm amazed that those bands show up so clearly.   One thing -- if we are saying device operates by Schumann resonance, you'd expect to see an octave harmonic at 3.9936 kHz.  But such a harmonic appears to be absent...

Also, do you have the raw data so we can calculate the exact frequency of those bands?

[turbo]

Here are mine.
I made them last year.
There are more sequences in the start up of the coil.
As you can see there is a lot of activity in the 5500 Hz range aswell as in the 16000 Hz range which is close to the television oscillator.
I did also make a spectrum chart but i'm unable to locate that at the moment.

M.

[aleks]

I don't think these are as large as the ones in the TPUs but similar.

Still looking. Take care.

nap

ps I'm not sure if he used these for timing or if he used these for their intended purpose and used them for cleaning up the output.

502-1 or 502-7 are worth trying. (well, if my theories are worthy at all the latest find by GK suggests to build a PMH device and build everything around it.

However, what is also important in case of sharp gradients is that attenuation frequency response of the core approaches 0 dB at high frequencies:


This is a pretty interesting fact when trying to describe function of pulser from theoretic standpoint. While each pulse creates oscillation of low-frequency within core, the very high frequencies pass the core straight, so basically sharpness of pulse front is only partially affected by the core. This means that speculations about core "absorbing" the sharp gradient are only partially corrent. If pulse's rise time is 10ns, the largest part of EM energy will be carried unattenuated.

[Grumpy]

As i recall he said it Won't work in a small metal box...

M.

When/where did he say this and was it in reference to a ferromagnetic box or any metal?

[aleks]

As you can see there is a lot of activity in the 5500 Hz range aswell as in the 16000 Hz range which is close to the television oscillator.
I did also make a spectrum chart but i'm unable to locate that at the moment.

Judging from the image, 16200 Hz to be more exact - that's exactly the third harmonic of 5400 Hz, which suggest some "symmetric" oscillation is taking place. This may well be square wave pulses at 5400 Hz. Well, since there is energy around 11kHz, some trace of saw-tooth oscillation is also present (though, it is not major).

On image posted by EMdevices the three spectral traces could be created by 3.2kHz sine-wave oscillation heterodyned by/with 200 Hz sine-wave.