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Hi John,
thanks for your answer.
I just looked to my recordings to examine the frequency, it has been
about 750Hz. This is rather 1/3 of the
expected proton frequency!
The expected 2075 Hz was not to see on the scope. So I guess the
water inside the toroid isnt enough magnetized.
I'm rather sure of this because I can hear a noise coming from the
amplifier and filter which sounds like
a starting, a "pinging" oszillator at about 2khz and interferes with
any other signal (may be the proton signal). Its interesting that
this interference is allways there (without charging the coil!) and
varies in frequency (maybe 2-3 Hz) without any period, its like a
chaotic change. Maybe this comes from the geomagnetic field. I have
to do some more experiments on the weekend.
Greatings to South Africa from Germany
Peter (DG4EK, JO30KG)
thanks for your answer.
I just looked to my recordings to examine the frequency, it has been
about 750Hz. This is rather 1/3 of the
expected proton frequency!
The expected 2075 Hz was not to see on the scope. So I guess the
water inside the toroid isnt enough magnetized.
I'm rather sure of this because I can hear a noise coming from the
amplifier and filter which sounds like
a starting, a "pinging" oszillator at about 2khz and interferes with
any other signal (may be the proton signal). Its interesting that
this interference is allways there (without charging the coil!) and
varies in frequency (maybe 2-3 Hz) without any period, its like a
chaotic change. Maybe this comes from the geomagnetic field. I have
to do some more experiments on the weekend.
Greatings to South Africa from Germany
Peter (DG4EK, JO30KG)