The TPU uncovered? (A PROBABLE technique.)

[innovation_station]

@spider

what will the results be if ....

you wraped a layor of thin sheet metal around your kick coil  then wound a control coil on top of it of finer wire many turns? hooked it up as 1 coil and intruperted the curcuit where the 2 coils meet and if you took into account the dirrection of winds and the polarity so as they repell ....

and if you had a cap at your gap it would be recharged from the re upon discharge...


hummm

im gonna look for my old hand drawings that were NEVER POSTED

im sure they are around here some where

however i made many of them and this can be wired many ways i have found 2 good ways 1 is erfinders mot tranny way  the tesla ozne generator pattend

and the other is my way from as far back as the turbo coil i built   way back
in the LOTR THRED....

ist

ever try anything like that b4?  anyone?

ist

[mflynn44]

This thread is like one of those Twighlight Zone episodes where the characters keep living the same day over and over.

The same questions, the same answers, and no results.

At least five different ways to see the real "kick" have been provided to this forum and no one has bothered to try any of them.

Spider's scope does not show the "kick". 

My experience is that the kick arises at the point where the original pulse through its coil and the delayed pulse through its coils meet. We are talking of a fraction of a nanosecond delay of the delayed pulse.

[sparks]

@innovation

     Don't have the patent copy here at my office but will post it later..  Tesla would discharge his "flux capacitor" into devices of high self-inductance like electric motor coils,  which as in your signature represent a high impedance to the kick's coming from the spark gap.  Flux capacitor acting as a frequency converter.  When Deforest perfected the vacuum tube  Tesla must have been overjoyed.  Hi frequency event of tempic field energy input stashed in his flux capacitor and discharged as a low frequency energy flow into his motors lightbulbs and transformer primaries, all without the use of finicky air parameters. Just a little energy input from the tempic electrical field at high frequency ending up flowing through devices of low frequency conversion.   

[innovation_station]

@innovation

     Don't have the patent copy here at my office but will post it later..  Tesla would discharge his "flux capacitor" into devices of high self-inductance like electric motor coils,  which as in your signature represent a high impedance to the kick's coming from the spark gap.  Flux capacitor acting as a frequency converter.  When Deforest perfected the vacuum tube  Tesla must have been overjoyed.  Hi frequency event of tempic field energy input stashed in his flux capacitor and discharged as a low frequency energy flow into his motors lightbulbs and transformer primaries, all without the use of finicky air parameters. Just a little energy input from the tempic electrical field at high frequency ending up flowing through devices of low frequency conversion.   

awsome job sparks!!


ist

[pauldude000]

I have tried to impart the importance of definitions, and generally receive rebuff or rebuke.

However, I am going to break it down. First, has anyone seen what they define as "kicks" on a scope?

The reason I ask, is simple that an oscilloscope does not read amperage..... it reads voltage. Changes in measured voltage over a measured period of time, to be specific.

So, if ANYONE claims to see kicks on a scope, then a change in voltage is involved, pure and simple, or it would not register on the scope to begin with.

Now, the voltage represented on the scope does not have to be the original effect. It can be a side effect of the original effect. I say this as a sudden change in amperage causes a sudden change in voltage as well. So, a high voltage "spike" can well be caused by a sudden change in the applied current.

Now we come back to SM...

Did SM claim to see the kicks? If so on what? If on an oscilloscope, then he was looking for voltage changes.

He stated "current" kicks. This can have TWO CLOSE BUT SEPERATE MEANINGS.

1. It can mean current in the sense of amperage (they are often used synonymously)
2. It can means current in the sense of electron flow (which refers to the entire current of electricity flowing in a wire. Both Voltage and amperage.)

This is just a personal observation, but I infer from his words the second, since I believe he was using an oscilloscope to search for the effect. Being a voltage measuring device, you could never be sure that what you are viewing is a change in amperage.......


Paul Andrulis