I would like to do the honor's in behalf of Turion and others who
near exhausted themselves giving away all of their hard work in
experimental form. To consolidate information about coils and how
they might be connected.
I will be back after everyone goes home. A special Thanks goes out to
Matt Jones who has freely given away much experimental data.
God Bless you All. BRB
Turion (Dave) QUOTE BELOW:::
Wind enough coils and experiment, and you will accumulate enough data
to understand as well as Tesla did. I attempted a while back to start a
thread dedicated to this entitled "Your Basic Coil" . I wanted to try and
get a bunch of folks to work together on this, but was jumped on
by naysayers who said it couldn't be done, and I got tired of arguing
with them and gave it up.
As I have said before, ANY COIL will perform as Tesla indicated at the
correct frequency. The trick is managing the variables.
Circumference of the rotor.
Number of magnets on the rotor RPM of the rotor
Core material of the coil
Number of wires on the coil
Length of wires on the coil.
I have six different coil configurations that will speed up under load.
It has given me lots of data to make some intelligent assumptions.
I quit investigating this when I got to the place where the coil I
WANTED to use for my generator project was doing what I wanted
it to do. I have freely SHARED that information on this forum so that
others could replicate and get the same results. Only a very FEW
have even bothered. I guess it's not important enough.
near exhausted themselves giving away all of their hard work in
experimental form. To consolidate information about coils and how
they might be connected.
I will be back after everyone goes home. A special Thanks goes out to
Matt Jones who has freely given away much experimental data.
God Bless you All. BRB
Turion (Dave) QUOTE BELOW:::
Wind enough coils and experiment, and you will accumulate enough data
to understand as well as Tesla did. I attempted a while back to start a
thread dedicated to this entitled "Your Basic Coil" . I wanted to try and
get a bunch of folks to work together on this, but was jumped on
by naysayers who said it couldn't be done, and I got tired of arguing
with them and gave it up.
As I have said before, ANY COIL will perform as Tesla indicated at the
correct frequency. The trick is managing the variables.
Circumference of the rotor.
Number of magnets on the rotor RPM of the rotor
Core material of the coil
Number of wires on the coil
Length of wires on the coil.
I have six different coil configurations that will speed up under load.
It has given me lots of data to make some intelligent assumptions.
I quit investigating this when I got to the place where the coil I
WANTED to use for my generator project was doing what I wanted
it to do. I have freely SHARED that information on this forum so that
others could replicate and get the same results. Only a very FEW
have even bothered. I guess it's not important enough.
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