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Author Topic: Negative Inductance and measure of Magnetic force.  (Read 164520 times)

synchro1

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LED gain
« Reply #60 on: January 13, 2018, 03:35:49 PM »

LEDS oscillate and generate power identically to the way the "Battery Magnet Oscillator" does; Adding LEDS in a string may appear to dim the individual bulb, but the overall light output increases with the addition of more bulbs.


A photonic reactor with photo generating panels attached to the inside of a ball with a sphere of LEDS in the center would let us plug into it and run our campsites.

synchro1

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Reed switch.
« Reply #61 on: January 14, 2018, 12:06:45 PM »
A "REED SWITCH" would run this oscillator best! The contact can't be beat confined by a vacuum tube.

"Skycollection" could run his "Hexafilar coil" and bank of LEDS with two C cell batteries in series as a coil core and a magnet at the base in series with the Reed switch.

synchro1

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Re: Negative Inductance and measure of Magnetic force.
« Reply #62 on: January 14, 2018, 03:12:06 PM »
Mag amp effect.
Another advantage of this magnet battery oscillator is that the permanent magnet field that penetrates the copper coil acts as an electrical resistor, (Mag amp effect) increasing circuit efficiency.

synchro1

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Ignition coil lighting
« Reply #63 on: January 14, 2018, 03:39:32 PM »

Bosch patented the "Magneto" and out of it evolved the ignition coil that involved a set of breaker points to jump a spark. Viewing the Reed switch as ignition points one can see how this magnet battery oscillator is really a "Bosch Ignition lighting system".

synchro1

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Transmitter receiver.
« Reply #64 on: January 14, 2018, 06:55:39 PM »
Constructing a receiver of the same dimensions as the transmitter magnet battery oscillator, could broadcast and receive morse code with an interrupter button!

synchro1

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Reed switch oscillator.
« Reply #65 on: January 15, 2018, 07:57:09 PM »
Replacing the "Magnet Contact" with a Reed switch evolves this circuit:

https://www.youtube.com/watch?v=GfN5VfZdAPY


The only difference is that we are wrapping the AA battery to substitute as and replace the ferrite coil core!

synchro1

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Re: Negative Inductance and measure of Magnetic force.
« Reply #66 on: January 15, 2018, 08:39:53 PM »
Here's George Chaniotakis 16 X over unity with a vintage Reed switch:


https://www.youtube.com/watch?v=czI-wvjLork

synchro1

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Re: Negative Inductance and measure of Magnetic force.
« Reply #67 on: January 16, 2018, 01:22:34 PM »
Here's George's version of the "Magnet battery Oscillator". The "Reed switch" is doing the work of the contact:

synchro1

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Cianiotakis OU.
« Reply #68 on: January 26, 2018, 11:45:13 AM »
George's setup is very similar to an earlier one of mine. I initiated several threads on the "Plasma Reed Switch". George's oscillator doubles it's fly back output when he doubles the copper in his bucking coils. The output is in direct proportion to the weight of copper in the coils.

The LED bulb is reverse biased and is powered by the backspike from the collapsing field. The more copper, the greater the electro-magnetic field and hence the more powerful the flyback from the collapse.

George has grown secretive lately about his schematics but he appears to have the positive from the 24 volt source attached to the coil junction and the positive from the 12 volt source on the other end of the "Reed Switch".

The input power is constant, caught and stored in the catcher battery, while the HV fly back output is doubling from the additional weight in copper in the coils alone; If not clearly over unity at this point, one can see the inevitability on the near horizon

synchro1

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Quadupeling output
« Reply #69 on: January 27, 2018, 09:37:35 PM »
Cianiotakis doubles his flyback output when he adds a second bucking coil; He could quadruple it by wrapping AA battery cores and running the "Reed Switch" along side the coils.

synchro1

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Re: Negative Inductance and measure of Magnetic force.
« Reply #70 on: January 27, 2018, 09:56:34 PM »

Let's say we assembled 24 volts of 16 AA's in series, and another 12 volts from an additional 8, for a total of 24 AA's. This would yield 12 two battery coils.

The inductance has nothing to do with the voltage, so a 12 volt differential can be wired between the 16 and 8 battery arrays; While the inductance would be distributed equally between the 24 battery cores for the 12 volt "Reed Switch".

sm0ky2

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Re: Negative Inductance and measure of Magnetic force.
« Reply #71 on: January 27, 2018, 10:03:29 PM »
Have you considered placing that device into a box,
made of multilayered ferrous sheetmetal?

synchro1

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Re: Negative Inductance and measure of Magnetic force.
« Reply #72 on: January 29, 2018, 02:12:51 PM »
@smOky2,


I ordered some "Reed Switches'. I want to try and oscillate a laminated transformer once I get them, in line with your logic.

AlienGrey

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Re: Negative Inductance and measure of Magnetic force.
« Reply #73 on: January 29, 2018, 02:26:13 PM »
Good greaf !  and what would that do ? why don't you sit down have a drink of your favorite toxin and think
just how it works or whats going on and replicate it electronically you might get some where!

synchro1

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Re: Negative Inductance and measure of Magnetic force.
« Reply #74 on: January 31, 2018, 01:52:11 PM »
Good greaf !  and what would that do ? why don't you sit down have a drink of your favorite toxin and think
just how it works or whats going on and replicate it electronically you might get some where!

@AlienGray,

"Soft magnetic materials (materials that can easily be magnetized) come in many forms. For switchmode power supply flyback transformers and chokes, we would consider gapped ferrites, Iron powder, Permalloy powder (MPP), High Flux Powder, Fe-Si-Al Powder (Cool Mu and similar. In powder cores, the magnetic material is mixed with a non magnetic bonding material providing a distributed air gap, the mix density allows various permeability's to be obtained".

The test results indicate that the AA battery has a (Cool Mu) permeability suitable for "Flyback Transformer Core". The material has to magnetize and relinquish it's field also; Like a semi-conductor.


This makes the AA battery a cheap substitute for a costly alloy.