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@ Turion-Man
My coils were made up of #29 awg wire so it's output was such a high
voltage I would have to step it down to get the right proportions of amps
to voltage then watts. I think converters are great but as you pointed
out before in the past that it is better to use a bit bigger wire.
My coil was wound 24 strand at 170 feet each. One strand broke inside
but before I go on let me state that my goal was reached. I used second
hand wire pulled out of old motors and so one did break. Anyway at the
6th strand put in series the magic begins on that coil. It does not speed up
and it puts out real power. It does not slow down but puts out real power.
Amazing, at that point I was flabbergasted. What that meant to me was
more than any experiment I ever did. Tesla told us in his patent that he
used series connected strand to produce, what was it, self induction?
Or something like that, I am just a lowly mechanic so the terms are all
foreign to me. I read the books and went to college but was a C+ student
only. Not very good grades.
However the honor roll was fun as other subjects drove my grades up
in high school. By the skin of my teeth. I tried so hard while others hardly
worked in Chemistry, Physics and so on.
I have done lots of tests and this I can say, Tesla was right about the
self canceling induction coils. So at your lead I hooked up the 17 or 18
strands in series and was only getting 50ma at 220vac but I only
had one diode on it so that is an unfair result. No fast diodes, no bridge
nothing.
I was getting a reading of over 800 volts and the other side was giving
me 400 vac straight off the windings. I should have done more and will
but that was not my goal at the time. My goal was to see if i could get
my coil to produce without dragging down the motor and it did.
Then as i went to more and more strands in series I got the drive motor
to drop by 400ma at 88 vac while my coil was lighting up 100v led bulbs.
I didn't do proper measurements. Sorry.
The rotor was 10" dia well the magnets placed at about 9" dia using
20 of them 1/2" cylinders 1" long.
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My coils were made up of #29 awg wire so it's output was such a high
voltage I would have to step it down to get the right proportions of amps
to voltage then watts. I think converters are great but as you pointed
out before in the past that it is better to use a bit bigger wire.
My coil was wound 24 strand at 170 feet each. One strand broke inside
but before I go on let me state that my goal was reached. I used second
hand wire pulled out of old motors and so one did break. Anyway at the
6th strand put in series the magic begins on that coil. It does not speed up
and it puts out real power. It does not slow down but puts out real power.
Amazing, at that point I was flabbergasted. What that meant to me was
more than any experiment I ever did. Tesla told us in his patent that he
used series connected strand to produce, what was it, self induction?
Or something like that, I am just a lowly mechanic so the terms are all
foreign to me. I read the books and went to college but was a C+ student
only. Not very good grades.
However the honor roll was fun as other subjects drove my grades up
in high school. By the skin of my teeth. I tried so hard while others hardly
worked in Chemistry, Physics and so on.
I have done lots of tests and this I can say, Tesla was right about the
self canceling induction coils. So at your lead I hooked up the 17 or 18
strands in series and was only getting 50ma at 220vac but I only
had one diode on it so that is an unfair result. No fast diodes, no bridge
nothing.
I was getting a reading of over 800 volts and the other side was giving
me 400 vac straight off the windings. I should have done more and will
but that was not my goal at the time. My goal was to see if i could get
my coil to produce without dragging down the motor and it did.
Then as i went to more and more strands in series I got the drive motor
to drop by 400ma at 88 vac while my coil was lighting up 100v led bulbs.
I didn't do proper measurements. Sorry.
The rotor was 10" dia well the magnets placed at about 9" dia using
20 of them 1/2" cylinders 1" long.
////////////////////////////////////////
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