Two Driver Circuits Charging Two 16.6 Volts Ulltracapacitors

Поділитися
Вставка
  • Опубліковано 2 лис 2024

КОМЕНТАРІ • 6

  • @anthonyjousse3020
    @anthonyjousse3020 Місяць тому +1

    I have 300 undred volt per coil ,at 0,3 amp (attraction mode ) just two driver and a one generator coil

  • @anthonyjousse3020
    @anthonyjousse3020 Місяць тому

    You dont understand.please add thé coil AT 0 ,5 cm of a magnet ,or place thé coil !!!!! AT the bottom of driver coil!!! Thé flux IS powerful AT thé bottom driver coil ...use an airgap or not its not important,juste magnetizing ... One Switch per révolution

    • @11Sam11
      @11Sam11  Місяць тому +2

      What is it exactly i don't understand? If you watched my earlier videos such as this one before your comment then you realize what where im going with this idea. This build is far from being complete its going to have more coils, driver circuits, and other components such as a saturable reactor, etc. but at the moment with what i have available so far I've managed to charge both high current ultracapacitors separately without connecting it in series or parallel with at a much lower amp draw than before which's quite impressive during its infancy build stage. I've noticed better range and control when it comes to tuning frequency and duty cycle from both ultracapacitors when the charging/discharging are timed correctly, things start to get more interesting. The distancing of the magnets are already accounted for and will be for the following bottom coil/circuit bottom setup. You must also take the hall sensor along with the coils angled position into consideration for gaining optimal results for stronger magnetic flux and speed.

    • @anthonyjousse3020
      @anthonyjousse3020 Місяць тому +1

      @@11Sam11 the flux IS very powerful AT the bottom of driver coil ....

    • @anthonyjousse3020
      @anthonyjousse3020 Місяць тому

      What your mail?

    • @anthonyjousse3020
      @anthonyjousse3020 Місяць тому

      @@11Sam11 to be very precise and picky my friends the flow is much more important behind, whether it is in force load, temporal or DC switching, I would really like to show you my work you would be crazy haha... use two coils in phase conjugation, 180 degrees and use behind it, a steel laminated core and 2000 to 4000 feet of 41 awg, your gain and the .... .after you do what you want ... to switch it to pure energy you have to you find the right switching, but short circuit behind it still works the output batteries charge I have the impression that it extracts even the positive... to study... with or without air gap. . I am in the process of setting up an electromechanical oscillator with recycling of longitudinal waves, quite a thing... and so here is an important note, my idea and my reflection is that even cutting a coil is magnetized with the lost flux from the motor, no one talks about it my friends not even john. I'm 30 years old