The spike and what it does
I think we cannot go very far from the original 3BGS setup. First thing first we must check the waveform produced by the motor and compare it to a PWM output signal. It's a square wave from the PWM but I don't know if it's the same from a regular brushed dc motor. The generated frequency could be important to know too. We must need to know what exact frequency and pulse width is optimal for the system to output maximum power from any motor without draining the primaries. The thing you do with the 3BGS is back-popping the primaries with cold current spikes. The spike is clashing with the resonnant frequency of the dead battery and bounce back into the primaries. This clash induce a collapsing magnetic field long enough to open the magnetic bloch wall to introduce free energy into the system.
I think we cannot go very far from the original 3BGS setup. First thing first we must check the waveform produced by the motor and compare it to a PWM output signal. It's a square wave from the PWM but I don't know if it's the same from a regular brushed dc motor. The generated frequency could be important to know too. We must need to know what exact frequency and pulse width is optimal for the system to output maximum power from any motor without draining the primaries. The thing you do with the 3BGS is back-popping the primaries with cold current spikes. The spike is clashing with the resonnant frequency of the dead battery and bounce back into the primaries. This clash induce a collapsing magnetic field long enough to open the magnetic bloch wall to introduce free energy into the system.
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