ENERGY AMPLIFICATION

[Tito L. Oracion]

http://www.zen22142.zen.co.uk/Circuits/Power/1230psu.htm


BUT! take note for the balance ok!

so looong fel   

ps: i'm wondering why this thread of mine become ossie motor thread, hmm. 
i think ossie is crossing just to say 'hi i'm also better design hmmmm'. 

[Magluvin]

Something I thought of that doesnt make sense to me.

Considering a transformer, lets say step down,  say 10 to 1,  with 100v in and 10v out.
If ya think about it, on the secondary, the voltage is stepped down, less motive force, less pressure, yet the amperage capability is relatively high.  Or the other way around, 100v, high pressure, but low current content.  Sounds like something is wrong here.  I just really never looked at it that way before. Sounds like basic info, but when we consider the pressure(voltage) capabilities in each situation, something doesnt seem right.

Is it only related to the AWG size of the wire for the pri and sec? 

If we looked at a step up as if it were gears and the teeth were turns, The sec, larger gear with more teeth, has more pressure, force, voltage, and low current, low current as in the gear moves slow, things are moving slow on that side, where as the smaller gear, the primary, can be driven with little pressure, voltage, but great amount of movement, current.

I dunno.   It seems as if there were a way to make a transformer that had gain, we may be able to apply that idea to gears in some fashion.   weird

I just have these crazy visions of it has to be done another way.   Its like havin a name you cant recall on the tip of your tongue.   

Mags

[DreamThinkBuild]

Hi Magluvin,

That is something that has always got to me. You can take a 10Awg wire make a 20 turn coil and spin a diametric magnet next to it with a Dremel and get 8 amps out but the voltage will be in the micro-volts. Take the same weight of coil in 22Awg and you will get 10+volts but very little current. The copper mass, the magnet and speed hasn't changed but the B-Fields linking the coils has increased. So if we want to get amps we have to lessen the B-Field interference. If we want voltage we need a higher linked B-Field.

Could it be possible to get a 10ft conical wire that start from 22Awg and ramps up to 12Awg? If two of these are wound opposing each other tapped in the middle it might be possible to get both the voltage and the current from the same speed magnet? I'm not really sure how a non-linear wire would work or how to calculate it.

[IWD]

..oh...just go, and measure the inductance. of these two coils, and mystery will be gone.

[DreamThinkBuild]

Hi IWD,

Yes for linear we can measure the inductance but for non-linear wire wrapped as a coil would it still be calculated the same? A cone shaped wire going from 12Awg to 22Awg, the circumference of the coil would change based on the change of diameter. The B-Field will expand towards the top and shrink towards the bottom the way I visualize it.