MH
Look, Its your favorite OU personality,The one ,The only ,That man you all love to Hate!
A man Of Impeccable Morale Fiber!
SSSSsssssTerling Allan.......................
hartiberlin
Quote:
Yes, I also think Aviso should not concentrate on cars,
bust just show an overunity power supply.
Okay, it can also be used for cars, but this
will mostly wake up the wrong people probably.
Did you all hear the new interview with Sterling Allan ?
See:
http://pesn.com/2011/02/21/9501769_How_Aviso_extracts_energy_from_surroundings_to_power_his_EV/and here is the interview:
http://www.mevio.com/episode/270096/fen.110221So, it was a bit hard to understand for me as the phone line had some hum
and the accent was a bit hard to understand.
But what I gathered from the interview was the following:
He uses low impedance coils to discharge caps probably charged up with high voltage.
This way he creates very big oscillations and the oscillations probably have a high Q factor
as there is not much resistance in his LC dicharge circuits, so he has big oscllation amplitudes.
As he is also using low impedance ( low ohmic resistance) coils, he also can switch
the current very fast. He is working in the 700 Mhz to 1.2 GHz range....
So this is a frequency range, where you need a lot of experience and also need expensive
m
measurement equipment to be able to see waveforms on a scope for instance, so
it is not really easy to working with such high frequencies.
Also it seems he is then creating a carrier frequency from this discharge ringing
and this seems to convert environmental heat energy from the surroundings
of the coil into electrical energy.
Well, as this is already a very low infared frequency range so to speak,
it might be possible that he just taps into heat energy and cools it down this way.
So probably his coil cools down during this process and converts the heat to electrical energy.
His "special transistor" is just an array of cheap MOSFET transistors to replace expensice IGBT devices.
So if he blows up a few MOSFETs it is cheaper to replace 8 x 1 US$ MOSFETS than buying 1 x IGBT at 250 US$.
But how he is using them at 700 Mhz to 1.2 Ghz is a puzzle to me...
Are there 1 US$ MOSFETs that can switch this fast
Maybe if you did understand it better than me, please add your comments what you heard...
Many thanks also to Sterling who did this interview.
Regards, Stefan
Author
Topic: The Death of the Lenz Law (Read 170304 times)
