Stivep1: Tesla Rehash (Akula device)

[br549]

And

[baroutologos]

@ br549,


I admire your zeal and line of thinking.

[Hoppy]

http://www.youtube.com/watch?v=v9Nl6c7ZtS8&feature=youtu.be


Wesley translation and comments About Akula video #11



Wesley

Wesley,

Thanks for translating this video from Akula.

You raise some very important points about Akula's crude method of measurement. My thought is that either Akula thinks we are all stupid, or else he does not realise that his measurements are not at all reliable! Another point is why do we not hear any sound coming from the device in his garden video?: http://www.youtube.com/watch?v=3xUjJjBUdwE  Surely, the two towers need to be 'talking' to each other in order to produce an output.

Hoppy

[d3x0r]

application of mixed frequencies?

http://www.rexresearch.com/maccanti/maccanti.htm


"Electromagnetic device (100), particularly to be used as a generator, for example of mechanical energy, comprising means (105) for generating a magnetic field, at least one electric conductor (110, 115) arranged inside said magnetic field, means (120) for generating at least one sequence of electric pulses having amplitutes variable in time, said means for generating pulses (120) being connected to the electric conductors (110, 115) for applying a corresponding pulse sequence to each electric conductor (110, 115)"[/size]

[/size]
"[/size]An example of the pulse sequences generated by the signal processing unit is:[/size] [/size]1/ 380V 448V 381V 447V 383V 450V 382V ... 2/ 449V 380V 450V 381V 448V 382V 447V ... 3/ 384V 449V 383V 448V 380V 446V 383V ... 4/ 450V 382V 448V 385V 449V 381V 446V ... "

[/size]
I didn't identify a specific time ... only that it's variable...[/size]

[/size]
composite frequencies ... modulated through a single output?[/size]

[/size]
I attempted to use my mazzilli's to drive my new coils that fit the resonant character desired; but they started to interfere... so I got very jagged pulses from both... needs a more steady state pulse generator... but even then the transistors are going to be "leaky"... maybe I just need better drive mechanism... [/size]

[/size]

[/size]

[br549]

application of mixed frequencies?

http://www.rexresearch.com/maccanti/maccanti.htm


"Electromagnetic device (100), particularly to be used as a generator, for example of mechanical energy, comprising means (105) for generating a magnetic field, at least one electric conductor (110, 115) arranged inside said magnetic field, means (120) for generating at least one sequence of electric pulses having amplitutes variable in time, said means for generating pulses (120) being connected to the electric conductors (110, 115) for applying a corresponding pulse sequence to each electric conductor (110, 115)"[/size]

[/size]
"[/size]An example of the pulse sequences generated by the signal processing unit is:[/size] [/size]1/ 380V 448V 381V 447V 383V 450V 382V ... 2/ 449V 380V 450V 381V 448V 382V 447V ... 3/ 384V 449V 383V 448V 380V 446V 383V ... 4/ 450V 382V 448V 385V 449V 381V 446V ... "

[/size]
I didn't identify a specific time ... only that it's variable...[/size]

[/size]
composite frequencies ... modulated through a single output?[/size]

[/size]
I attempted to use my mazzilli's to drive my new coils that fit the resonant character desired; but they started to interfere... so I got very jagged pulses from both... needs a more steady state pulse generator... but even then the transistors are going to be "leaky"... maybe I just need better drive mechanism... [/size]

[/size]

[/size]

Not sure what kind of speed your looking for, but if you want to issolate the output drive circuitry from your control circuit you might try driving a single output with a optically isolated A/D circuit. I attached a JPeg of on that I have used (only as an example) which could be modified to so suiet your taste (single A/D output, or multipal perset output). (Note: many high speed Opto-Couplers will operate well above 1 mhz).
As Always: Thank you and have a great day. br549