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I believe the looping diode rectifies the negative half of the sine wave flyback and the positive portion of the current exits a pathway through the coil short supplied by the SPDT switch. The output from the switch measures a solid 3 D.C. volts. Part of that power is delivered through the recycling diode.
Generating 300 volts from a speaker wth a regulated EM oscillator attached to a 9 volt battery would be astonishing.
The Mendocino oscillator and axle mounted coil and magnet stator backspike generator would act as a speaker if we attached a membrane to the end of the axle.
We're witnessing resonant amplification of power that far exceeds any amount of use we can get from the circuit itself.
I plan to try and attach the oscillator to the rear of a large speaker to see if I can generate power that way.
At 2:20 in this video Lidmotor states that: "Connecting the 914 switching diode from the transistor collector to positive source cuts the amp draw in half". Compare this with the "Lynx Joule Motor" circuit where the diode is connected between the collector and the secondary coil instead of back to the positive of the source battery.
Lidmotor has achieved the same COP with his flyback diode and output coil that the oscillator delivers. That's "2". The flyback's a free lunch.
The looping diode adds kick until we collect output through the SPDT switch. The diode no longer helps after we begin to draw output current through the switch. This is proof we're collecting 100% of all the flyback.
This BEMF oscillator generates a lot of vibration. Gotoluc says we get five times the force working the flyback through a magnet coil. The twin transformers would light between 10-12 3 volt LED's in series; The BEMF electromagnet oscillator should illuminate 50-60 vibrating a speaker a s a generator:
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