Akula0083 30 Watt Self Running Generator.

[magpwr]

hi HG8AD,

Now you got my attention with the interesting circuit diagram.

In the video there was 2 Led which was not lit but after one led is removed and bypassed only then the circuit started functioning without "input power".
This revealed that bemf was not high enough to power 2 white leds in series.

There is a "kill switch" / "Kill oscillation Switch" instead of typical on/off battery power switch which makes it even more interesting.

The hex inverter seems to be right to trigger at right point of waveform.

This makes more sense than the Akula 30watt self running generator which i was not interested.Tuning stage is even more painful since it's like hard coded with the core related to the timing/trigger timming.

I do recommend ppl to try this circuit instead ,for those with "oscilloscope". But i feel the hex inverter isn't completed there is no delay involved after waveform for trigger.But instead using a cap.
I think i have seen a suitable circuit somewhere internet something about delayed trigger upon receiving a waveform\signal.

I'm involved with Don smith device if successful at later stage which include self loop/step down stage, i doubt i will jump for another "FE" project especially low power ones.

[MenofFather]

Maybe this schematic is of this divice? http://realstrannik.ru/media/kunena/attachments/3109/dela3.jpg

[verpies]

There is a "kill switch" / "Kill oscillation Switch" instead of typical on/off battery power switch which makes it even more interesting.
The hex inverter seems to be right to trigger at right point of waveform.
This makes more sense than the Akula 30watt self running generator

This schematic makes less sense because:
1) The Stop switch just shorts the 1000µF supply line capacitor. Bad for the switch without current limiting.
2) The MOSFET shorts the supply line capacitor through a 100Ω resistor and does not affect  the current in the transformer windings almost at all nor the feedback pin 5 of the MC34063.
3) The 300µH feedback winding is connected with a 10µF cap across the supply line bidirectionally.
4) Five inverters are configured as independent LED blinkies that can influence the rest of the circuit only through the supply line (pin 14)

This schematic does not appear to depict the circuit from this video which has only one LED blinkie and 2 pots.

[magpwr]

This schematic makes less sense because:
1) The Stop switch just shorts the 1000µF supply line capacitor. Bad for the switch without current limiting.
2) The MOSFET shorts the supply line capacitor through a 100Ω resistor and does not affect  the current in the transformer windings almost at all nor the feedback pin 5 of the MC34063.
3) The 300µH feedback winding is connected with a 10µF cap across the supply line bidirectionally.
4) Five inverters are configured as independent LED blinkies that can influence the rest of the circuit only through the supply line (pin 14)

This schematic does not appear to depict the circuit from this video which has only one LED blinkie and 2 pots.

hi verpies,Grumage,T-1000,

You are right.All the posted circuit diagram is "Not Valid" only the I/C number is correct which is useful for me to start.
I will reply you the right connection for CD4069 shortly after 20minutes "work".    
This is just half the "section" for now which is not complete for i have not check the other 8 pin I/C yet.

Nvm i just realized i can't attach file in PM.

Base on video 2 at 1:08min as attached.

I think i'm gonna offend the creator of the circuit.Better save video.Since i can't attach file in PM

[verpies]

Base on video 2 at 1:08min as attached.

You made a mistake.   Pins 2 & 3 are not connected directly to the cap.  They are connected directly only to the pot.