Electricity Amplification by Neo Magnet

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very low watt joule thief by laskro with a fat primary attached to the collector and a thin wire larger secondary coil connected to the base; he got 2 and 3 labeled backwards on his schematic;

STN851-A

Low voltage fast-switching NPN power transistor

AEC Q101 compliant Very low collector to emitter saturation voltage]High current gain characteristicFast-switching speed
The device is manufactured in planar technology with "Base Island" layout.
The resulting transistor shows exceptional high gain performance coupled with very low saturation voltage.
Figure 1.
Internal schematic diagram

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https://www.youtube.com/watch?v=Bpf4bMvoulQ


                                            Longevity is directly proportional to inductance:



"I used 4 identical cores and circuits with the only variable being the number of turns (and hence inductance) to determine how to make the most efficient Joule Thief.  The cores had respectively 20 turns CT, 40 turns CT, 60 turns CT, and 92 turns CT.  I also included a core made from a flyback transformer which had 120 turns CT.  Each circuit was powered from a new fully charged rechargeable battery. The circuits with the least number of turns died first (~2 days) and the flyback circuit is still running strong after 9.5 days.  So it appears that more turns (and larger inductance) produces a longer life".

Permitvity is directly proportional to inductance.

AA battery core "Permittivity" acts to amplify power in proportion to how inductance extends run time!

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10 to 20 loop primary and 100 to 200 secondary. The pot core is high in inductance. This is the simple approach Cook used to interrupt his current:

https://www.youtube.com/watch?v=jO55v3fqiO4



When high permittivity is saturated by permanent magnets, a negative inductance results in the core!

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Here's a video of the principle at work:

https://www.youtube.com/watch?v=GRnN7DeYHvU

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Naoki video:


Three points; (Not apparent in the video)


1.-Permanent magnets have zero effect on ordinary current flowing through a wire.


2.-The amplified flyback current is not traveling directly through the Neo magnet in the Naoki video.


3.-The amplification lowers input.