One to One Transformer action of the SSG Bedini Motor
Ok so I thought I would investigate this one to one transformer SSG Bedini motor of mine.
Got my scope 2 channels and hooked up one end to the trigger side of the coil and the other channel to the energized coil side. Low and behold the voltages were in phase and almost exactly equal. When I say almost I really mean exactly equal, except for that one coil produced a slightly larger peek (slightly like maybe .2 volts) and the peek very quickly died down and H waves were identical.
So when we talk about what is happening on the trigger side of the circuit it really does affect the energized side of the coil. And that resistor is on the trigger side.
My guess is that if one was to put a diode in front of the resistor in the same orientation so that current can normally trigger into the base of the transistor, then when the field magnetic field collapses there will be a larger voltage spike... But Doing this is really hard on the transistor and it will Blow. To go around this I am thinking of the opto coupler or adding one diode and another resistor.
With adding one diode and another resistor, one could have one resistor value to control the Base of the Transistor (here you would put a diode in front of the resistor or variable pot in the orientation that the current can flow into the transistor base)... Then add a diode in series with a new resistor or variable pot in parallel to the other diode and resistor ... I will try to upload a Bit map or jpg.
What do you guys think? Does this make sense?
Ok so I thought I would investigate this one to one transformer SSG Bedini motor of mine.
Got my scope 2 channels and hooked up one end to the trigger side of the coil and the other channel to the energized coil side. Low and behold the voltages were in phase and almost exactly equal. When I say almost I really mean exactly equal, except for that one coil produced a slightly larger peek (slightly like maybe .2 volts) and the peek very quickly died down and H waves were identical.
So when we talk about what is happening on the trigger side of the circuit it really does affect the energized side of the coil. And that resistor is on the trigger side.
My guess is that if one was to put a diode in front of the resistor in the same orientation so that current can normally trigger into the base of the transistor, then when the field magnetic field collapses there will be a larger voltage spike... But Doing this is really hard on the transistor and it will Blow. To go around this I am thinking of the opto coupler or adding one diode and another resistor.
With adding one diode and another resistor, one could have one resistor value to control the Base of the Transistor (here you would put a diode in front of the resistor or variable pot in the orientation that the current can flow into the transistor base)... Then add a diode in series with a new resistor or variable pot in parallel to the other diode and resistor ... I will try to upload a Bit map or jpg.
What do you guys think? Does this make sense?
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