Negative Inductance and measure of Magnetic force.

[synchro1]

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]

Have you considered placing that device into a box,
made of multilayered ferrous sheetmetal?

[synchro1]

@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]

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]

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.