Re: Aw: Re: AW: Re: [EVGRAY] Low Lenz in plain sight

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Hi Warren
 The peak detector and also pulse width adjuster to trip mosfet drivers circuit  by Ron Pugh is very good one I have built a few so have others, it works great....the AC signal feed to it,  is a small transformer output that is in parallel to the "bigboy" AC being switched and shorted.... and the small transformer also works as power supply.
 For example if you want to switch the run cap phase of a rotovertor motor at its sinewave peak, you would simply have a small transformer putting out about 9V or so in parallel to that run cap phase, now hook up the small transformer to Ron's sinewave peak detection circuit, and have its output trip a mosfet driver attached to the gates of the mosfet.....
 

  In the circuit linked here below, if you want to, you can ditch the CD4093 chip, as this chops the output to mosfet driver is its purpose (oscillator)_ , so connect the J3 wire to the mosfet gate as way to bypass that third chip, so now first chip has pot to adjust where exactly in sinewave to switch, while the 2nd chip has its own pot to adjust excactly how long in time you want the switch to be on (pulse width adjust) 
 https://sites.google.com/site/alternativeworldenergy/sinewave-peak-coil-shorting-circuits https://sites.google.com/site/alternativeworldenergy/sinewave-peak-coil-shorting-circuits
 Even simpler if you have any sort of generator with rotating disc of magnets sweeping past coils as the way to produce your sinewave, is a simple hall effect, to do the timing of the where sinewave peak switching will be, and just time it so when the magnets make the peak voltage in the coils, have hall effect trip your switching then.  Just like doing a simple DC pulse motor timed with hall effect...
 Very effective maybe the best for peak coil shorting in rotating device is simple brush-commutator switching and timing...now super low resistance which is what is needed for the hyper-ringing to happen as it should...
 .
 Finally here way below in another link  is the way to switch "solid state" wise, using mosfets (parallel 4 or 5 for very low resistance) and have the mosfet clusters back-to-back in "bidirectional" mode so they will switch AC.  Note the very fast diode that must go from source to drain of the mosfet clusters....this diode permits the AC hyper ingingin to sustain and flow, sloshing back and forth "within" the shorted out coil (shorted only during switch closure of course) ...without these diodes, it would then act like back to back mosfets that turn on and off in alternate fashion, but never can both be closed same time so what you would get without those diodes from source to drain would be only backemf/recoil/flyback spike each switch closure,, but what you want to happen is to create the hyper HV RINGING of spikes during switch CLOSURE.....NOT at the moment of switch opening, which is when backemf/recoil/ flyback spike occurs but this is not the same thing going on, but related since you get very HV spikes...
 https://sites.google.com/site/alternativeworldenergy/shorting-coils-circuits https://sites.google.com/site/alternativeworldenergy/shorting-coils-circuits
 Kone