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Thanks Jason,
I think after re-reading your last couple of posts, the two triggering system are different. The one I referenced does, as you say, solely rely on the out-put of the pulser circuit, to trigger the transistors.
With this system there is no fast way to determine the sweet spot running speed (resonance) of a particular setup that I know of (I'm sure there is another way) or that Lee showed, other than having a rotor over the coil running and adjusted to the sweet spot and then directly adjusting the pot on the pulser to that particular speed.
If this triggering system works as you say, it is a better system, in that the coil can find it's own natural impedance matching frequency.
I once experienced this way of triggering when I moved my Renaissance RC-2A12-3 12V Battery Charger cables too close to my hooked up SSG trigger coil.
The slow pulsing of the charger output cables activated the trigger of the coil to begin pulsing without the rotor moving. Now that I recall, your O-Scope shot above looked very similar to the output signal I was seeing on my scope.
You have taken this concept several steps further and discovered that using a much higher frequency (above the resonant frequency speed) the coils oscillation speed will only rise to the coils natural resonant frequency.
Bravo!
Do you also see this natural speed as the matching of the impedances of the coil, the supply power and the battery(s) you are trying to charge? Is this assumption going to far? Have you used different sized charge batteries and seen a different coil speed for those batteries?
Also I assume this system will work using multiple coils as long as they are the same size and configuration. Have you tried this?
Obviously, not all of the above factor have to be perfectly matched to charge a battery. But, I am of the opinion that if the Bedini technology can be made to work well, without all the expense of hardware and rotors, it will be MUCH easier for people to build themselves.
Thanks in advance for answering my questions.
Sincerely
Stephen
Thanks Jason,
I think after re-reading your last couple of posts, the two triggering system are different. The one I referenced does, as you say, solely rely on the out-put of the pulser circuit, to trigger the transistors.
With this system there is no fast way to determine the sweet spot running speed (resonance) of a particular setup that I know of (I'm sure there is another way) or that Lee showed, other than having a rotor over the coil running and adjusted to the sweet spot and then directly adjusting the pot on the pulser to that particular speed.
Basically the motor control puts a very small pulse through the coil at a curtain frequency and activates the trigger coil into a forced resonate state (dual oscillator)
I once experienced this way of triggering when I moved my Renaissance RC-2A12-3 12V Battery Charger cables too close to my hooked up SSG trigger coil.
The slow pulsing of the charger output cables activated the trigger of the coil to begin pulsing without the rotor moving. Now that I recall, your O-Scope shot above looked very similar to the output signal I was seeing on my scope.
You have taken this concept several steps further and discovered that using a much higher frequency (above the resonant frequency speed) the coils oscillation speed will only rise to the coils natural resonant frequency.
Bravo!
Do you also see this natural speed as the matching of the impedances of the coil, the supply power and the battery(s) you are trying to charge? Is this assumption going to far? Have you used different sized charge batteries and seen a different coil speed for those batteries?
Also I assume this system will work using multiple coils as long as they are the same size and configuration. Have you tried this?
Obviously, not all of the above factor have to be perfectly matched to charge a battery. But, I am of the opinion that if the Bedini technology can be made to work well, without all the expense of hardware and rotors, it will be MUCH easier for people to build themselves.
Thanks in advance for answering my questions.
Sincerely
Stephen
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