Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Good day Wesley,
Maybe I shouldn't rise to the bait:  but..............

Actually we had discussed in depth the relative possible origins of the *screaming* Russian Ferrites a couple of years ago.   The above was just one of my posts in relation to Ferro-resonance and *possible* related phenomenon.
This post was made during the discussion pertaining to Akula and his perpetual 30watt LED.  I really don't remember now if we spoke of this on this thread because the 'Grenade/inductor'-Tesla Coil does NOT use Ferrite.

take care, peace
lost_bro

hi  lost_bro,

Regarding Akula and his perpetual 30watt LED using "Sony" Flyback core which is a perfect match merely by comparing various core design some time ago.

I think none in this forum even come close  in getting 2 TL494 to talk to each other via the positive rail .If you tune it right the output of one of the TL494 would produce a interrupter pulse. 

Sadly no one as usual in this forum even with the Akula circuit presented in front of your eyes is unable to crack the "simple circuit riddle".What many complaint their stupid both TL494 are both producing 2 different frequencies.In this case i don't blame the circuit it is just the way people do things here.

There are members whom can do much better presentation than i do with a phone in my hand but sadly they choose to listen to the mass and carry out their experiment.So be it.

Base on your electronic experience i am sure you will have enough patience to tune one the TL494 such that it just started firing interrupter pulse while the other TL494 is already producing double pulse in one go at lower frequency.

Yes i have got past the point like 7volts in and 12volts out so that the white led starts lighting and still show 0.00Amp reading in my variable supply.Very very close but not self runner yet.
For BEMF recovery just do the reverse highest peak should not be connected to the positive it's the other way around for Akula case.

Because at that time my theory is Akula would likely created micro fractures or "micro cavity" inside the ferrite core likely by dipping in hot oil and then cooling(dipping in hot water) action maybe once or repeat up to 3 times.

The thing is i only got one Sony core and one shot at this which i have paid i think around  60usd for the flyback transformer.

Simple trick to remove core from flyback transformer is to heat using hair dryer or better still point heat gun at core for few minutes. It's a much better solution.

May the electrons be with you.

You got one shot to prove me there is interrupter pulse before i can continue further.

[AlienGrey]

hi  lost_bro,

Regarding Akula and his perpetual 30watt LED using "Sony" Flyback core which is a perfect match merely by comparing various core design some time ago.

I think none in this forum even come close  in getting 2 TL494 to talk to each other via the positive rail .If you tune it right the output of one of the TL494 would produce a interrupter pulse. 

Sadly no one as usual in this forum even with the Akula circuit presented in front of your eyes is unable to crack the "simple circuit riddle".What many complaint their stupid both TL494 are both producing 2 different frequencies.In this case i don't blame the circuit it is just the way people do things here.

There are members whom can do much better presentation than i do with a phone in my hand but sadly they choose to listen to the mass and carry out their experiment.So be it.

Base on your electronic experience i am sure you will have enough patience to tune one the TL494 such that it just started firing interrupter pulse while the other TL494 is already producing double pulse in one go at lower frequency.

Yes i have got past the point like 7volts in and 12volts out so that the white led starts lighting and still show 0.00Amp reading in my variable supply.Very very close but not self runner yet.
For BEMF recovery just do the reverse highest peak should not be connected to the positive it's the other way around for Akula case.

Because at that time my theory is Akula would likely created micro fractures or "micro cavity" inside the ferrite core likely by dipping in hot oil and then cooling(dipping in hot water) action maybe once or repeat up to 3 times.

The thing is i only got one Sony core and one shot at this which i have paid i think around  60usd for the flyback transformer.

Simple trick to remove core from flyback transformer is to heat using hair dryer or better still point heat gun at core for few minutes. It's a much better solution.

May the electrons be with you.

You got one shot to prove me there is interrupter pulse before i can continue further.

Wesley

What happened earlier on I was reading your blog about ferrite and John Baldini saying Russian ferrite was special, and Overunity crashed now it's gone, can't find it ! Did you change your mind ?

Magpower

Interesting idea of yours, I'm a bit confused on how you Link the two TL494 I can't see how the two devices are 'synchronised' I looked at this myself 3 or 4 years ago but took it no further as reports were it was suspected as another scam, re the flyback transformers, I have some ferrite including the device Akula used it didn't work, what sort of frequency are we talking about when the resonance is suppose to occur ? and or any other useful tips you might have.

Here is a pointer for the TL494 data sheet b http://pdf1.alldatasheet.com/datasheet-pdf/view/5775/MOTOROLA/TL494.html

[lost_bro]

hi  lost_bro,

Regarding Akula and his perpetual 30watt LED using "Sony" Flyback core which is a perfect match merely by comparing various core design some time ago.

I think none in this forum even come close  in getting 2 TL494 to talk to each other via the positive rail .If you tune it right the output of one of the TL494 would produce a interrupter pulse. 

Sadly no one as usual in this forum even with the Akula circuit presented in front of your eyes is unable to crack the "simple circuit riddle".What many complaint their stupid both TL494 are both producing 2 different frequencies.In this case i don't blame the circuit it is just the way people do things here.

There are members whom can do much better presentation than i do with a phone in my hand but sadly they choose to listen to the mass and carry out their experiment.So be it.

Base on your electronic experience i am sure you will have enough patience to tune one the TL494 such that it just started firing interrupter pulse while the other TL494 is already producing double pulse in one go at lower frequency.

Yes i have got past the point like 7volts in and 12volts out so that the white led starts lighting and still show 0.00Amp reading in my variable supply.Very very close but not self runner yet.
For BEMF recovery just do the reverse highest peak should not be connected to the positive it's the other way around for Akula case.

Because at that time my theory is Akula would likely created micro fractures or "micro cavity" inside the ferrite core likely by dipping in hot oil and then cooling(dipping in hot water) action maybe once or repeat up to 3 times.

The thing is i only got one Sony core and one shot at this which i have paid i think around  60usd for the flyback transformer.

Simple trick to remove core from flyback transformer is to heat using hair dryer or better still point heat gun at core for few minutes. It's a much better solution.

May the electrons be with you.

You got one shot to prove me there is interrupter pulse before i can continue further.

Good day MagPwr.

I will give you credit on the observation regarding the Chinese D.S. replication by 'Salty Citrus';  ie; the 3825 IC chip being used  to generate a nano-pulse by using sub-prime voltage levels @ Vcc.  Good observation

So........ have attached a diagram of the Akula double TL-494 circuit (Miller clamped).  This was NOT the circuit that we experimented with.  We experimented with the Single TL-494 30watt circuit (see attached) that used an EE-ETD49 core, not the Flyback core you speak of.  The Flyback core was used in the double TL-494 circuit.

Being that I have not experimented with the circuit you are speaking of, I will comment from observation of the attached schematic:  I see that the bottom MOSFET has an *Active Miller Clamp* in the form of a PNP transistor. This type of application of a PNP transistor allows for a faster discharging of the MOSFET gate-source internal capacitance at turn-off (Signal low).  It is kind of odd that only ONE of the TWO MOSFETs have this clamp addition... Unless it is for a reason

Why is that?  Along the lines of your suggestion that one of the two Mosfets be switched ON/OFF very abruptly in order to generate a super short switching time (interrupter), It makes sense that the lower MOSFET is the FET that is *fast Switched* and that PNP clamping transistor supports a much faster *turn-off* speed than the upper MOSFET without the clamp. So you could be on the right track. Does this second fast switched TL-494 also use a marginal VCC to instigate the fast switching?

I would like to find the possible mechanism(interrupter) for the attached single TL-494 30watt AKULA schematic. We spent much time on that circuit to no avail.
Guess we could of used your help with that one MagPwr.

take care, peace
lost_bro

EDIT: sorry to going OFF thread.........

[stivep]

Wesley

What happened earlier on I was reading your blog about ferrite and John Baldini saying Russian ferrite was special,

Magpower

I was just giving you an answer for the past  half of an hour  and my computer crashed.After rebooting I lost my work  on this post.
I'm going to make it short..
No I did not  change my mind.Just some ideas around the subject. Some other thoughts.

Wesley

[verpies]

So, in relation to your suggestion of the magnet test on the ferrite yoke core, what are your thoughts and ideas concerning the above mentioned results.

Since you do not have working device that test is inconclusive.

Your device is clearly sensitive to magnetic fields.  The question is why?  Is it a simple permeability modulation of the Yoke's core or something else?  The former will manifest as the classical BH curve distortion.

If you can make the tuning suboptimal without the magnet and optimal with the magnet, then it is just a matter of shifting the optimal point as there are internal magnetic fields to account for, besides the field of the PM.

The first question is what is the magnet influencing? I assume the answer is: "the Yoke's core"
The second question is how is it influencing it?  How sensitive is the frequency to the? magnet's orientation and proximity?

Note how sensitive the water magnetometer is to external magnetic fields.