Selfrunning cold electricity circuit from Dr.Stiffler

[DrStiffler]

I find the growing waveform shown in the video very interesting.

Why is that happening?   Could the gain on the Scope meter be defective?  It almost looks like it since the waveform looks the same and doesn't change shape, but we see a scaling of it with time.

EM

The scope is not defective. This same waveform can be observed on another Tek and a Fluke.

The wave form (except for the collector pulse (the inverted pulse)) does indeed change, the frequency between the collector pulse changes by a factor of 4, that is seen from the beginning. I would like to answer with more meaning yet why do you say it is staying the same?

[Schpankme]

... it was indeed again a condition of capacity to the 'Spatial Lattice' that was allowing the coupling and excess energy.

Dr Stiffler,

Could you please elaborate further regarding your comment about "condition of capacity".  Would this condition relate to the electric charge first entering the circuit?

Thank you,

- Schpankme

[DrStiffler]

... it was indeed again a condition of capacity to the 'Spatial Lattice' that was allowing the coupling and excess energy.

Dr Stiffler,

Could you please elaborate further regarding your comment about "condition of capacity".  Would this condition relate to the electric charge first entering the circuit?

Thank you,

- Schpankme

You can not, wait let me clear that up, I can not access the 'Spatial Lattice' other than by the coupling being of a capacitive nature. I have never achieved (to my knowledge) coupling via coils, resistors, transistor or diodes   alone. The exception is of course the conditions under which the capacity of the diodes in an AV Plug present an interface.

A good example is the last circuit and video (9.75), the capacity from the copper screen measured to the inner coil is ~ 7.7pF. So as some say the VHF (HF) from the 'Exciter' (collector) is being capacitive coupled to the AV Plug and doing the charging of the power cap. I would challenge anyone to build the circuit and replace the screen and the coil with a 7.7pF cap and get the circuit to charge the power capacitor. A close look at the circuit will explain the difference here, one needs to explain how the coil which has one end grounded is forming a capacitor with the screen that is charging the power cap. I would very much like to see how some one would draw this in conventional symbols and get it to work in a conventional simulations program.

The capacitive coupling I am referring to is the coupling to the 'Spatial Lattice' that is taking place between the screen and lattice and the resulting inflow being converted by the coil in a conventional inductive way. Once energy enters 3space it appears and is the same as the normal EMF we all work with.

Did this help?

[Schpankme]

... The capacitive coupling I am referring to is the coupling to the 'Spatial Lattice' that is taking place between the screen and lattice and the resulting inflow being converted by the coil in a conventional inductive way. Once energy enters 3space it appears and is the same as the normal EMF we all work with.  Did this help?

Dr Stiffler,

Thank you for taking the time to answer my question; the uniform distribution of the charge has always puzzled me.

Best regards,

- Schpankme

[EMdevices]

*removed* EM