Hi Tec,
I would really like to see what happens if you remove transistor #2 from the second circuit. When I did this all 5 leds I had at various places got bright.
I agree with blackchisel about your body ...
AND
I love to point out that tesla described with an ac (meaning pulsed dc or non steady) current, it was never necessary to close the circuit to the other side of the battery or generator, but a body to the ground was sufficient, and he actually suggested a piece of aluminum be stuck to the wall as a ground for a circuit of this type.
(All this business about ac going back to the battery or generator is really so we can be charged for the amps.)
So, please continue to try these things out. Our minds are closed and it takes a bit of prying to open them up. So, bring on the prybar!
@morpher44.
Thanks for the explanation.
I agree the joule thief sure does look like an armstrong oscillator.
Is that a thing from the world of radios?
I am intrigued by the variable resistor on one coil and variable cap on the other.
And, of course, my focus has been on using only the secondary and leaving the oscillator to use its tiny amount of energy.
btw, I was referring to a circuit lidmotor devised that had a center tap like a joule thief where maggie was magnetically coupled and making a light from the coil excited by the magnet circling inside the coil... like a regular alternator.
thank you,
jeanna
(oh, I am posting mybedini progress on the no rotor bedini thread started by jonnydavro.
and, there is a little video too.)
I would really like to see what happens if you remove transistor #2 from the second circuit. When I did this all 5 leds I had at various places got bright.
I agree with blackchisel about your body ...
AND
I love to point out that tesla described with an ac (meaning pulsed dc or non steady) current, it was never necessary to close the circuit to the other side of the battery or generator, but a body to the ground was sufficient, and he actually suggested a piece of aluminum be stuck to the wall as a ground for a circuit of this type.
(All this business about ac going back to the battery or generator is really so we can be charged for the amps.)
So, please continue to try these things out. Our minds are closed and it takes a bit of prying to open them up. So, bring on the prybar!
@morpher44.
Thanks for the explanation.
I agree the joule thief sure does look like an armstrong oscillator.
Is that a thing from the world of radios?
I am intrigued by the variable resistor on one coil and variable cap on the other.
And, of course, my focus has been on using only the secondary and leaving the oscillator to use its tiny amount of energy.
btw, I was referring to a circuit lidmotor devised that had a center tap like a joule thief where maggie was magnetically coupled and making a light from the coil excited by the magnet circling inside the coil... like a regular alternator.
thank you,
jeanna
(oh, I am posting mybedini progress on the no rotor bedini thread started by jonnydavro.
and, there is a little video too.)
The number 2 cap is a dipped type I dont have any way of knowing for sure what its uF or pF is. Do you know just how low a Battery will get before it stop's working the joule thief ??.Thanks again. Tec
They act a lot like the transistors used in the flash units of disposable cameras. They come in a TO-220 plastic power package but the whole transistor is insulated so no insulator is needed when it's bolted to a heatsink I got them from Arrow, but Mouser and Fairchild also sell them.
, do you have a better quality version? if so ill upload it into the document with your credits my friend thanks for doing this, please send to
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