hi evostars,
No offends but after watching your video on the "slow" charging of capacitor via distilled water using HV.It is already a problem....
I have attached a direct screenshot from google search related to distilled water.It's around 500k Ohms.You can get the same effect if you connect 3 or 4 common resistors(Est 300volts typically rated for each resistor)to form 500k. 

It is really hard to get all of the conductive ions out of the water.
Copper ions from the wire, patina, atmospheric sulphur oxides and nitrogen oxides, fingerprint acids, dirty container ...all can contribute conductive ions.

"The resistivity of absolute pure water is 18.2 (rounded) MΩ × cm at 25°C or 0.055 micro-siemens/cm. Water of this quality must be measured inline (closed system) in order to prevent atmospheric interference of the reading. As water is drawn from a water purification system that is showing 18.2 MΩ × cm purity, carbon dioxide from the atmosphere is immediately absorbed into the solution. The carbon dioxide reacts with water forming carbonic acid in solution."
https://www.labmanager.com/white-papers-and-application-notes/resistivity-conductivity-measurement-of-purified-water-19691
@evostars please take a look at my previous reply to you:
"Nice job you made there ! My question is: your device output give around 3-6Kv with 8 to 18 Amps as a electric field with certain frequency over 130Khz, please correct me if I'm wrong, I wonder if you reduce this output current to 110v or 220v how you will convert the electric field and frequency to electric current at 60Hz in order to start an lightbulb. Shortly: how you get rid of e-field and produce current? May be I'm wrong and it's not about electrical field or rf field."

I am playing around with a simulator but do not really understand the results I get. Maybe the more capable members can guide me.
The simulator depicts a TBPC in series feed with a DC source and a capacitor that should control the frequency to 40 kHz.
The attached screenshots show the results. Does this indicate very strong pulsing magnetic fields?

P.s. in case this is real will the cap and power supply survive this?

Edit: just.found in the Sim app, first hidden for me a wire resistance switch, which was off. Now it shows a diametral different result.

This video explains what electric impulses are
and what the differences are between current and voltage impulses.
https://youtu.be/YnijhZdAseA

I also made a short video, explaining that a negative to positive voltage discharges creates an inflow of energy from the induced displacement current. (based on fast changing high voltage).
https://youtube.com/shorts/ACjsvpFZPK8?feature=share

And this video, is about the TEM and LMD resonant modes, that occur from Loose coupled dual resonant coils. Prof Konstatin Meyl already showed some of the effects, and also Eric p Dollard showed some of it in his 1980's Borderland videos:
https://youtu.be/5qpOxiy1x6s

I'm looking for inspiration that is related to what C.P. Steinmetz called a cumulative wave. Today it is more commonly known as the "trumpet wave".
I feel it is connected to the negative displacement current created by a negative current impulse (negative voltage discharge to zero or positive voltage).

If Anyone has information/links please share!
Thanks.

To bad to see you run out of amunition so long.
If you had given me the oppertunity to show you I would, unfortunately you acted very disruptive and non social.

So lets see what time will tell, maybe I make a vid showing the world your missing link.

Have a good day

This video explains what electric impulses are
and what the differences are between current and voltage impulses.
https://youtu.be/YnijhZdAseA

I also made a short video, explaining that a negative to positive voltage discharges creates an inflow of energy from the induced displacement current. (based on fast changing high voltage).
https://youtube.com/shorts/ACjsvpFZPK8?feature=share

And this video, is about the TEM and LMD resonant modes, that occur from Loose coupled dual resonant coils. Prof Konstatin Meyl already showed some of the effects, and also Eric p Dollard showed some of it in his 1980's Borderland videos:
https://youtu.be/5qpOxiy1x6s

I'm looking for inspiration that is related to what C.P. Steinmetz called a cumulative wave. Today it is more commonly known as the "trumpet wave".
I feel it is connected to the negative displacement current created by a negative current impulse (negative voltage discharge to zero or positive voltage).

If Anyone has information/links please share!
Thanks.

Hi Master IVO,

First off - I'm in the process of reviewing your YouTube page ( https://www.youtube.com/playlist?list=PLFz4KwTTMz5GZ97oUi-8XJoI1Riij22v2 )
and so far I must comment - One of the BEST PAGES on the subject I've seen - barr none, Thank You for all your work and insight!

BTW; I find the Tesla VNA information is very interesting and informative (impressive)!

Second - we have a good archive of Prof. K. Meyl's work and some older Steinmetz work that I'll review, as time permits, regarding any "Trumpet
Wave" information. From memory, there were some interesting aspects to it that are not well known or understood; but it does appear in some
designs.

If there are any target areas of particular interest please let me know so I can narrow the search, if required.

Anyway, for now, "Great Work" and hopefully I can find some good references, information and so forth re: "negative current impulses, a.k.a. Trumpet
Waves.

Regards,
Solarlab

Here's a little teaser from the articles above:

"In fact, if this dD/dt were regarded as a current, far from saving the doctrine, it would
destroy it, because now more current  (i + dD/dt) would be leaving the first section of
the plate BB' than was entering it."

So capacitors are actually transmission lines.  Interesting...
Especially since transmission lines incorporate capacitors.
Says a lot about the fractal nature of our world.

Well, unfortunately, there's a bit more to it than that!
 
The actual analysis, even of a simple capacitor, is more complex when considering it's
circuit implementation and it's application.

An analytical (mathematical formulas) analysis works for relatively simple applications using
a signal generator and scope or meter; however for more complex applications usually a
numerical analysis (CAE) and a Vector Network Analyzer (VNA) are needed.

One good VNA for low frequency work (1 Hz to 50 MHz) is the Omicron Lab BODE 100:
  https://www.omicron-lab.com/products/vector-network-analysis/bode-100

Check their web site for some excellent Application and Tutorial subject matter.

Also, "evostars" [Master Ivo] youtube page has some great videos on this stuff, including a series
relating to Tesla Coil VNA analysis.
https://www.youtube.com/@MasterIvo/playlists

SL