Hi John,
The configuration of coils and schematics are similar to JNL TEP
project where I am able to find it at
http://www.kumanov.com/docs/Deco/Mag_Pompa/jnaudin.free.fr/html/tepv21.htm
except coil is not bifilar but two separate coils meeting at
middle of the cylinder. Coils are not covered in my config and I
had some filtering coil at Vcc and some variable pF trimmers at
base (base-collector?). I never tried ferrite rods. My power was
only 5-6 Volts and 4-10 miliAmps. The experiments had show some
exceptional phenomana I did not found explanations still today,
and never appears on other kind oscillations having periodic
character on this and on similar circuits.
Regards,
Hamdi
On 14-Jan-13 18:00, John Berry wrote:
The 2 coils sound interesting, did the wires cross at
some angle, either within a coil or between the 2 coils?
Thanks.
John
On Tue, Jan 15, 2013 at 12:48 AM, Hamdi
Ucar <[email protected]>
wrote:
Hello John,
The circuit is basically an single transistor
oscillator based on TIP-3055 where Collector-Vcc and
Emitter-Gnd is connected through two air coils wound
on a single 2 cm diameter empty fax roll, each 79 or
179 turns (I should find my notes) one CW other CCW,
they meet at the center without a gap (this point
called junction). It is based on Ronald R.
Stiffler circuit called BiPeg. The base is connected
to emitter trough a coupled coil. The circuit
oscillate in random manner, hardly to see any
periodic oscillations, bursts are also present. The
chaotic behavior is caused I think due to
base-collector voltage goes beyond specs and
cause intermediate failures. It was very difficult to
tune the circuit for the proper regime, also, even
tuned, circuit can oscillate in multiple modes. The
voltage difference at junction can be high as 90V. The
O3 comes from point where two coils meets. No arc or
hiss sound was present. Important thing is the O3 is
only produced in a period of a month in summer where
temperature was 30-35 degrees and more than 90%
humidity. The O3 emission ceased when climate become
normal. I later figured out that the O3 was not
produced from O2 of the air but from H2O of the
humidity. The reason of this was the experiments of
John Kanzius showing salt water 'burned'. Ozone smell
was very strong, and did not have a 'bitter' flavor
which caused by cheap HV ozone generators (may
Nitrogen compounds are also produced).
Regards
Hamdi
|
