Selfrunning cold electricity circuit from Dr.Stiffler

[emitremmah]

Hello Dr. Stiffler,
Understand I know little about what is going on and have only a very rudimentary understanding of electricity, so please feel free to tell me to not bother with commenting if that is appropriate. I will not take offence.

Regarding the scope shot which indicates a rise in _?

If this is happening before the capacitor fully charges is the capacitor exhibiting a variable resistance.
I see it like the electrons are water and the capacitor is a balloon. The fuller the balloon gets the harder the water need to flow to enter it until the balloon empties then the flow is easy again. Could this be what is i the scope shot. A type of build up of electrons that can't make it into the capacitor as easily creating more electrical 'pressure' until the cap finally discharges?

Thank you,
Bernard

edit: This would also mean that the wire to the capacitor was become a capacitor of sorts also?

[DrStiffler]

Food for thought, strictly Hypothetical.....

Many years back Dr. Harold Aspden published a paper on obtaining energy with cylindrical capacitors, resonant circuit and a high voltage for initial excitation; a starting point with the current idea is http://www.aspden.org.uk/3.html

Take a look at both his very first circuit (without the multiple ring capacitor) and the current circuit, it takes little in imagination to wonder what would happen if one were to drive such a circuit with an AV Plug. Better yet forget AC as in SEC and drive it with DC into an impedance followed by a AV Plug set of diodes and the capture circuit.

Am I the only one that sees something similar?

Time to pull out the hundreds of dollars of copper cylinders and take a quick look, maybe.

Anyone wish to comment that may have followed this???

[fritz]

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.

We need a distributed computing platform for finite-element electro-dynamic simulations !

Another way would be to use a standard network analyzer. hehe.

rgds.

[DrStiffler]

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.

We need a distributed computing platform for finite-element electro-dynamic simulations !

Another way would be to use a standard network analyzer. hehe.

rgds.

@Fritz

Fritz, are you bored?

From a person that appears to be very intelligent you are also a master at the art of interjection...

An ejaculatory utterance seems senseless here, so give the followers real hard data. If you can put my work to bed, get to it...... Otherwise please get a good book to utilize your time.

[fritz]

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.

We need a distributed computing platform for finite-element electro-dynamic simulations !

Another way would be to use a standard network analyzer. hehe.

rgds.

@Fritz

Fritz, are you bored?

From a person that appears to be very intelligent you are also a master at the art of interjection...

An ejaculatory utterance seems senseless here, so give the followers real hard data. If you can put my work to bed, get to it...... Otherwise please get a good book to utilize your time.

Yes, Im bored.
Thanks for the good advice.
BTW: I like your setups; pretty inspiring.

PS: We need a new schematic symbol for the 90degree coil/shielding device.
Can implement that in the new analogue simulator "dr-stice". ;-)));
rgds.