Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Good day Magpwr
Qwick question;

Is this the version of the nano-pulser circuit that you are using now for your experiments?
I remember that you made a copper etched pcb for a nano-pulsed circuit a while back, Is this the same one?
Thanks
take care, peace
lost_bro

hi lost_bro,

My divide by 60,50,100 harmonics generator using 2 x 4017(Jumper selectable),Jumper selectable signal generator LTC1799 SOT-23,Signal splitter into 2 channel with duty cycle control(74HC132) and my old Nanosecond generator design ,Mosfet driver,IGBT and snubber all design onto 1 circuit board.


The new version of nanosecond generator uses 1 less component(Diode) to achieve the same effect so naturally i stick with something which will easy to implement onto breadboard or PCB later on.

I have attached my old design of nanosecond generator.

[magpwr]

Magpwr, I did a little research last night and came across something practical to share...

Everyone knows about a capacitive discharge circuit (see attach).

There two ways to wire this:
  One way is like the attached image, where the coil is connected to ground.
  The other way is to connect the high voltage to the coil side and charge the pulse cap through the coil, with one side of the pulse cap connected to ground.

There's a subtlety here in the the reference point; the function is the same.  With this CDI design, the pulse cap is completely discharged before the next cycle, but keep in mind, when the SCR triggers, you effectively create a tank circuit that will ring down until the SCR releases.  So all we need is a small trigger signal and a pulse capacitor that is matched to the primary of the Tesla coil.  We also remove all the filter caps from the output of the high voltage source and add a small inductor in series that will build a magnetic field while the SCR is triggered; once released, the magnetic field in the small inductor will immediately recharge the pulse cap.

Not sure if anyone has tried this, but on the surface is seems very straightforward, effective and reasonably easy to tune.  The other advantage is in the ground reference which may prove very useful to understand.

Thoughts?

hi,

Time is short since it is Tuesday morning.Do try to stay away from SCR since it's got a slow turn off.Only good for low frequency repetition.

I am running my nanosecond generator using Cree Silicon Carbide Mosfet at "25khz +/-10khz" repetition rate.

[NickZ]

  Tomtech:
   Your posted diagram of the latest Ruslan explanation and diagram, looks correct to me, and is also what I am currently doing.
Although previously Ruslan had one or two diodes off of the 28 turns yoke coil, or even a full bridge rectifier(4 diodes), and now it is replaced those diodes with a cap. There are no shown values for those tuning caps, as well as for the DC cap or the diodes that he is using.
  The diodes that I used to make a full bridge rectifier for the grenade's output to convert it to DC, (IN5408 1000v, 3 amps I think), melted their solder joints in less than two minutes running. So, I need to find UF series diodes, and give it another go at it.

[Enjoykin]

Смотрим

Генератор свободной энергии Романа Карноухова.
http://www.youtube.com/watch?v=dXXTvwRBAEY

Настройка часть 1.
http://www.youtube.com/watch?v=Smi68tGBFYM

Настройка часть 2.
http://www.youtube.com/watch?v=vDIoMqiL3gg

Качер Бровина на 2SC5200.
http://www.youtube.com/watch?v=hjvfN2pBRBA

Пуш-Пул на 30kHz часть 1.
http://www.youtube.com/watch?v=7ZX0dx76GDU

Пуш-Пул на 30kHz часть 2.
http://www.youtube.com/watch?v=gev_xH_-RZo

ЭЫЖ: Качер Бровина, транзистор Toshiba 2SC5200, диаметр трубы 50 мм, диаметр провода 0.75 мм, длина намотки 186 мм, число витков 248, индуктивность 256,47 мкГн.

ps: Brovin Katcher, transistor Toshiba 2SC5200, tube diameter 50mm, wire diameter 0.75mm, winding lenght 186 mm, number of windings 248, inductance 256,47 μH.


Thats all folks !! 

[NickZ]

    Enjoykin:
   I viewed those videos, above, and see nothing that would indicate that it is a "successful" replication.
That is, the device is NOT self running, as it's running on 24v, and 6 amps input, to partially light a single smaller bulb on 144 watts. Or not?
  Maybe I missed something?