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Originally posted by s e t h
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i thoughts you'd like to know i put my muscle where my mouth was and tested my design 
it did teach me a lot...one of the other things i learned was that amp draw appears to be heavily influenced by the exact input angles and the optimisation therof....that and a coils field trying to collapse is hindered/cancelled by trying to collapse too early.
maybe this is why some say the assymetrical designs only really take off at certain voltage and also why some say it draws more amps.
and this is why i think reducing (if possible) both the input and output quadrant to smaller degrees may improve the efficiency of your design while also bringing amps draw down....as i said optimal efficiency may mean the machines have to be manually spun to start them or even using a starter motor to get them going...once going though i can hope for a day when they actually put out more than they consume individually.
some ideas to achieve this would be to reduce input angle to 60 degrees like a symmetrical motor, only allow collapse after the coil has completely passed the magnet that opposes its collapse and potentially widening the second idle angle and allowing it to generate in the same direction as the collapse does.
theoretically a completely unhidered collapse added to a decent angle of induced generation could be more powerfull than the input pulse.
these are some of the things i would like to try and test if they are physically possible to design.
it takes me a long time to develop and draw the theories and building the test platforms aren't a picnic iether but i'm all for testing.
and once i have some decent test equipment i can start playing with the nice pulsed stuff
it did teach me a lot...one of the other things i learned was that amp draw appears to be heavily influenced by the exact input angles and the optimisation therof....that and a coils field trying to collapse is hindered/cancelled by trying to collapse too early.
maybe this is why some say the assymetrical designs only really take off at certain voltage and also why some say it draws more amps.
and this is why i think reducing (if possible) both the input and output quadrant to smaller degrees may improve the efficiency of your design while also bringing amps draw down....as i said optimal efficiency may mean the machines have to be manually spun to start them or even using a starter motor to get them going...once going though i can hope for a day when they actually put out more than they consume individually.
some ideas to achieve this would be to reduce input angle to 60 degrees like a symmetrical motor, only allow collapse after the coil has completely passed the magnet that opposes its collapse and potentially widening the second idle angle and allowing it to generate in the same direction as the collapse does.
theoretically a completely unhidered collapse added to a decent angle of induced generation could be more powerfull than the input pulse.
these are some of the things i would like to try and test if they are physically possible to design.
it takes me a long time to develop and draw the theories and building the test platforms aren't a picnic iether but i'm all for testing.
and once i have some decent test equipment i can start playing with the nice pulsed stuff
But of course I do like that you did that!!...It is the only way of knowing...by testing and trying improvements...However, you must try to pulse this systems to see how optimized they run...before trying to modify while feeding them randomly and in an uncontrolled fashion...like linear is.
I have taken this Systems to designs that you will not believe...including many new tech dedicated to control more accurately their performance...
I have developed Electromagnetic Transmissions Systems...that include several assemblies in one machine including the dedicated generating side...
But I do like to see you and others experimenting with this...just because we "never know"...
As I am also aware there may be many others doing like you did...but they do not have the "muscle" to come forward like you did, or did find the time yet...
Regards
Ufopolitics
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