Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[forest]

I can answer. Should that point grounded? No!
What caind of diode? Any fast diode, for example IN4148.
KC512 is zener diode 15 volts, but it only for mosfet protection, it probarlly not needed.

can you explan your point of view ? What is the role of parts connected to pins 15,16 ,1 ? I see two comparators inside chip,I can barely guess it has something to do with sensing output voltage and current, can you explain ?

[MenofFather]

Here I little modifed. IN 4148 or any other fast better, but in practicaly it can not make any useful diference, so it can be removed.
Zener diode also can be removed, you not see any diference and in many cases you burn mosfet by other reasons, better paste 10 kilomhs resistor, it close mosfet (I in one divese used this and that for me wery good, if something wrong in other conections it imedeatly close mosfet and you not get short circuit).

[Groundloop]

I can answer. Should that point grounded? No!
What caind of diode? Any fast diode, for example IN4148.
KC512 is zener diode 15 volts, but it only for mosfet protection, it probarlly not needed.

MenofFather,

Thank you for taking time to answer my questions.

I guessed that the diode must be a 1N4148 and that the other component at the gate of the mosfet
must be some protection diode, so your answer confirms that.

Now the main issue, if we do not ground that point (as I asked for in my posted drawing) then we
will lift the ground reference for the R11 (with the two resistors). The ground lift will be 12 Volt - LED
forward voltage. So now the internal error amplifier + input (pin 16) will NOT be the same as in Akyla0083
designed circuit.

Have you built and tested this modified circuit? What kind of LED did you use?

GL.

[Groundloop]

Here I little modifed. IN 4148 or any other fast better, but in practicaly it can not make any useful diference, so it can be removed.
Zener diode also can be removed, you not see any diference and in many cases you burn mosfet by other reasons, better paste 10 kilomhs resistor, it close mosfet (I in one divese used this and that for me wery good, if something wrong in other conections it imedeatly close mosfet and you not get short circuit).

MenofFather,

Our posts did cross each other. Thanks for the drawing, this confirms my guess. The grounding in my drawing is NOT
outside ground, it is only a easy way to make a drawing.

Thanks,
GL.

[MenofFather]

can you explan your point of view ? What is the role of parts connected to pins 15,16 ,1 ? I see two comparators inside chip,I can barely guess it has something to do with sensing output voltage and current, can you explain ?

I can explain. Then you add load or biger load, then need increase duty cycle, from C5 and R5 going back signal who see, that is load. With potenciometer R11 you probarlly ajust duty cycle, that gose from 10 leg or maybe regulate strengh of signal who go from 10 leg.
1 is plus. 16 is minus, to it conected resistor with LED, to indicate, then divice is turned on and working.
R7, how say, is conected to back signal with one end and from it depends duty cycle on output, more load put, bigger duty cycle you get on output, on transisor.