Successful TPU-ECD replication !

[sparks]

    Resistance to conventional current flow is created by lack of charge carriers.  The charge carriers available accelerate across the field gradient and pickup inertia which is shed when they collide with less accelerated mass.  This is not a good thing for an efficient circuit.  Two things can be done to rectify the situation.  Supply more charge carriers or make sure the charge carriers don't randomly collide with other mass.  Now in a vacuum tube plasma or supercooled atomic lattice it's possible.  On a coil sitting on a bench it's damn near impossible.  Now if we can move charge without moving mass that would be pretty cold electricty.

[Prooksius]

Hello.

Have noticed that you are using (or have used) MOSFETs as a switch. But they are very vulnerable (static electricity for instance).
What about trying to use thyristor or even a TRIAC (or TRIode for Alternating Current). These are far more powerful than MOSFETs.
Some info about them:
TRIAC
Thyristor

[forest]

SM said that TPU output is DC with hash. I think that DC is produced by a lot of kicks, current kicks.What is then hash ?
Another tip give me another idea - normally kicks are nothing even when there are plenty of them - it's nothing more then noise.Why ?
They are voltage spikes !

So Why they are voltage spikes?  and What can convert voltage spikes into current kicks ? Here is the mystery ...

Maybe rotating magnetic field can do it ? What if voltage spikes are only spikes because they are randomly placed. I bet you saw a noise - spikes never come in pair, one is gone then later on the same place another is created. They never met each other.

But SM said THEY CAN DO IT. They CAN create big current spike.Somehow , sometimes,somewhere...

[sparks]

Sm discovered kicks when he was feeding a couple of vacuum tube filament circuits and the reluctance of the transformerers used was different.  The two transformers fed with a common voltage scource develop a voltage between the two ouputs of the transfos due to the reactance of the transfo cores.  This could be a very hf kick and since the current from transfo to transfo is still going to be used in the load at either tube the kick is for free.

[rotaryfcg]

Sm discovered kicks when he was feeding a couple of vacuum tube filament circuits and the reluctance of the transformerers used was different.  The two transformers fed with a common voltage scource develop a voltage between the two ouputs of the transfos due to the reactance of the transfo cores.  This could be a very hf kick and since the current from transfo to transfo is still going to be used in the load at either tube the kick is for free.

as far as i know some tube filaments are not straight wire but more like coils