Kapanadze Cousin - DALLY FREE ENERGY

[gyulasun]

hi gyulasun,

Base on what you said.I am already suspecting there is relationship with high frequency in MHZ even on SR193 device.
I need your help to  translate and obtain compatible i/c for me I/C used in SR193 for the driver circuit.The I/C spec is found in top left hand corner of the attached picture.

Since i do not know which i/c was used i have tried with these 3 I/C(All tested in 12volts Supply) as shown below in an attempt to see if i can get 50HZ as describe in circuit diagram.
This is what i have posted in this thread few weeks back where i tried to see if the driver stage is for real eg:sine-wave.
I/C:40106 around 4MHZ sine-wave
I/C:4049  around 32MHZ sine-wave
Latest update-> I/C:4069 not functioning working at all (Already tried with replacement I/C)

The person whom created this SR193 is a genius and i can't find any other simple circuit similar to this diagram which generate sine-wave in the search eg:google or yahoo.

Hi magpwr,

My humble understanding on the circuit shown in the top left corner: it is an astable multivibrator for around 50 Hz, made with CMOS inverters as active devices. The 50 Hz is defined mainly by the 20 kOHm - 1uF RC components (they give roughly 36 Hz) and this is influenced by the R10, R12 resistors and the CMOS inverters. I do not think this astable multivibrator has a sinusoid output, rather it must have a distorted squarish-like waveform with 50 % duty cycle. The text "Искажение синуса" means the "distortion of the sine wave"  but I think the sine wave is meant elsewhere in the setup, not in this 50 Hz oscillator with the inverter IC K561LN2. The output from this oscillator drives PNP-NPN transistors VT17 and VT18 to amplify the 50 Hz signal and modulate the output transformer where I think a sinewave-like oscillation is maintained by the spark gap. 
I believe this oscillation frequency is governed by the distributed LC components of the full coil assembly, mainly by the HV L2 coil (probably a Tesla coil) with the copper tube. Sorry that I do not always follow this thread and not see your earlier tests with ICs like 40106 or 4049 so I do not understand the 4 MHz or the 32 MHz sine waves for the driver stage? Those ICs you mention and use in the astable multivibrator must work around 50 Hz just like the K561LN2 does. Please explain those 4 or 32 MHz frequencies.

If you mean those MHz frequencies as means for achieving the nuclear magnetic resonance, then I think or suspect this frequency is defined mainly by the HV coil L2 and also together by the spark gap repetition frequency and the 50 Hz is also present as a mixture in the full coil assembly but for 50 Hz there is no intentional LC resonance insured from the coils/capacitors.  For the copper pipe, you have to stumble on its nuclear resonant frequency to make it give excess energy I am afraid.

rgds,  Gyula

[Hoppy]

it doesnt matter from which side u look at a cw wound coil. From all sides it is a cw coil. Same does apply to ccw coils...
If u turn a cw coil around, it is still a cw coil...it will never become a ccw coil, no matter how often u turn it...

Yes, I think this is fairly obvious. The coils 00 describe change direction midway between leg1 and leg2.

[magpwr]

Hi magpwr,

My humble understanding on the circuit shown in the top left corner: it is an astable multivibrator for around 50 Hz, made with CMOS inverters as active devices. The 50 Hz is defined mainly by the 20 kOHm - 1uF RC components (they give roughly 36 Hz) and this is influenced by the R10, R12 resistors and the CMOS inverters. I do not think this astable multivibrator has a sinusoid output, rather it must have a distorted squarish-like waveform with 50 % duty cycle. The text "Искажение синуса" means the "distortion of the sine wave"  but I think the sine wave is meant elsewhere in the setup, not in this 50 Hz oscillator with the inverter IC K561LN2. The output from this oscillator drives PNP-NPN transistors VT17 and VT18 to amplify the 50 Hz signal and modulate the output transformer where I think a sinewave-like oscillation is maintained by the spark gap. 
I believe this oscillation frequency is governed by the distributed LC components of the full coil assembly, mainly by the HV L2 coil (probably a Tesla coil) with the copper tube. Sorry that I do not always follow this thread and not see your earlier tests with ICs like 40106 or 4049 so I do not understand the 4 MHz or the 32 MHz sine waves for the driver stage? Those ICs you mention and use in the astable multivibrator must work around 50 Hz just like the K561LN2 does. Please explain those 4 or 32 MHz frequencies.

If you mean those MHz frequencies as means for achieving the nuclear magnetic resonance, then I think or suspect this frequency is defined mainly by the HV coil L2 and also together by the spark gap repetition frequency and the 50 Hz is also present as a mixture in the full coil assembly but for 50 Hz there is no intentional LC resonance insured from the coils/capacitors.  For the copper pipe, you have to stumble on its nuclear resonant frequency to make it give excess energy I am afraid.

rgds,  Gyula

hi gyulasun,

Thanks for assisting in translating for me as well.
I have actually created driver circuit based on 40106 or 4049 and observe the sine-wave(4MHZ and 32MHZ  in my oscilloscope).I'm using 12volt battery pack for power supply.
I have used 20k resistors and (105)1uf ceramic caps as well.It's no where near 50HZ sine-wave.Both frequencies obtained are in MHZ. I was hoping to get 50HZ as mentioned in circuit diagram.
Another interesting thing to note these CMOS I/C are designed to operate around 1MHZ max(digital signal 1 and 0) .Nobody knew these can go much higher.

The TV flyback transformer are design to operate below 22KHZ.

[Nightmare_T34]

Hy Nightmare,

Are you gona start to built it?
I still watching forum and looking for good enought schematic and info for build one of these coils !

As soon as I have time , I will. Right now I'm just busy.

[gyulasun]

Hi magpwr,

I have a question:  Did you leave the input pins of the unused inverters (in case of 4049 for instance) floating?  (i.e. you did not connect those unused inputs to anywhere)  Ask this because there are 6 inverters in such an IC and only 2 of them is used in the multivibrator.