The TPU uncovered? (A PROBABLE technique.)

[innovation_station]

hey guys how many LEDS CAN BE LIT FROM A SINGLE AA BATTERY?


lol

i decided to scale it down rather than up

so far i have lit 40 leds from a aa battery......

all tests indicate i can lite 80 bulbs.... with ease......

ist

so what is my limiting factor??  why cant i lite 100 bulbs ??  hummmm  the TRANSISTOR  is only rated for so much power

[poynt99]

I've never photo'd a kick.  Really no reason to.  Everyone that I hang with knows what they are.

you asked why i was here.

when i see comments like this, it makes me wonder the same thing

[sparks]

    @Paul

    While I'm on the torroidal transformer "kick".  SM's torroids got a piece missing.  Just like the slot in a flyback transformer.  Flyback transformers are said to store the magnetic energy in the slot.
.   Gk has himself a couple of magnetic slots on his iron cores,   

  And while I'm on the iron kick.  Iron streamlines itself to the tempic energy flow of the aether.  Astronomers find iron remnants from Sun's that have radiated themselves away into dense tempic field spins. (Dare I say black holes).  I think they shape themselves like the below diagram but spinning and having a good old time being iron.  So round here the iron on the surface is aligning itself to the energy flow determined by this big old bubble called Earth.  Counter emf is a product of iron realignment with Earth's tempic field warp.  So energy paths are going to be determined alot by how you align your rig with the tempic field flow.

      Shield it or use it.

[allcanadian]

@paul

NOW WHAT IS THE IMPORTANCE?
The ONLY TWO MEANS of fluctuating the amperage, is with a fluctuation of resistance (which I dont even know if it is possible realistically), or to fluctuate the VOLTAGE. (I=V/R)
With a fluctuation of voltage across a given circuit resistance, comes a fluctuation in amperage.
So, whether we are talking amperage "kicks" (spikes), then we should look specifically for voltage "kicks" or "spikes".....
Amperage by itself cannot "spike" OR "kick" without a corresponding increase of voltage.

I would agree but this is a rather simplistic view---- which is a good thing we should keep things simple. I always like to turn things around to understand the other perspective, If an increasing voltage potential leads to increased amperage flow then ----an increasing amperage flow will lead to a increasing voltage potential. It would appear to be the same process reversed but it all depends on "where" the driving force is applied and the nature of the driving force. If the magnetic field component produced by an electric current were somehow "moved" by a non-magnetic force then of course we would see a voltage spike/increasing current and of course the standard induction laws would no longer apply as they are only relative to interactions regarding magnetic fields alone which would not be the case here. In order to do this however one would have to understand what a magnetic field "IS" and what the magnetic fields counterpart is, as all things in nature must have an opposite--an opposing force to keep things in balance.

[Grumpy]

an ampere is one coulomb of charge going past a given point in the duration of one second

What happens if you change the definition of "one second"?