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Author Topic: Kapanadze Cousin - DALLY FREE ENERGY  (Read 11715827 times)

apecore

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15585 on: November 01, 2016, 08:33:24 PM »
for apecore,


TC4420 is non inverting driver, you don't have a ''signal --the driver start later'' in left part of sinusoidal signal
 Itsu have the same problem with ucc non-inverting, he makes a movie with that problem.
Maybe you must use an inverting driver TC4429

Ok,... i understand.
I will put inverters on both signals from the drivers,...  this must solve the timing issue.
Thanks Conico

AlienGrey

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15586 on: November 01, 2016, 08:46:21 PM »
for apecore,


TC4420 is non-inverting driver, you don't have a ''signal --the driver start later'' in left part of sinusoidal signal
 Itsu have the same problem with ucc non-inverting, he makes a movie with that problem.
Maybe you must use an inverting driver TC4429
i think your on about Sergey circuit on the perforated pcb on top of the heat sink, it's faulty and it doen't work correctly depending on circuit though, can you use 2 spr gates on th 74hc00 before it goes into the UCC3722 chip (the driver) as it's a crap circuit.

AG
« Last Edit: November 01, 2016, 11:39:14 PM by AlienGrey »

apecore

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15587 on: November 01, 2016, 08:55:05 PM »
i think your on about Sirgay circuit on the perferated pcb on top of the heat sink, it's faulty and it doen't work correctly depending on circuit though, can you use 2 spr gates on th 74hc00 as it's a crap circuit.

AG

AG,
 The left circuit is not Sergey,...  your right that doesn't work..  (if you mean that)
This circuit is the same T1000 posted as a example for Nick,..  vew post ago.

It works,...  but timing is not right.
Conico is right,... i use a different pushpull driver circuit,...  and its inverting the gate signal...
Only thing i do is put a inverter 74HC00 before pin 1 of the 74HC14,....  (U3A),... thats the most easy thing to try out.

Cheers

verpies

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15588 on: November 01, 2016, 09:13:35 PM »
@Verpies

Attached is a HS N-channel mosfet driver. What i would like is to utilize the negative peak at mosfet's drain and charge with it some caps. My question is if C1 will absorb some of the negative peak's energy, as this is something that i don't want to. If you think so, then i should move to LS P-channel. What is your opinion?
Yes, as soon as the drain of the N-ch MOSFET swings below +287.4V, the diode D1 will start conducting and capacitors C1 & C2 will charge up, which means that they will draw current from that drain terminal.  That acquired capacitor charge will represent energy according to W=½CV2

I surmise that your goal is to construct a controllable pull-up to the +300V rail.  If that conclusion is in error then disregard the advice below.

If you connect the drain of the N-ch MOSFET to the +300V power supply, then it will still work as long as you apply +12V to its gate wrt to its source, but that +12V has to be floating, e.g. created by an isolated DC-DC converter, pulse transformer, or these bootstrap caps.

If you use a P-ch MOSFET then its source should be connected to the +300V power supply, and the pulses applied to its gate should be going down to +288V.  Anything less than +280V will destroy the MOSFET.
That can be accomplished with a second power supply, e.g -12V connected in series with the +300V power supply or with +288V and +12V supplies, pulse transformer ...or a swinging choke like we've done once with Itsu here.
« Last Edit: November 01, 2016, 11:22:45 PM by verpies »

AlienGrey

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15589 on: November 01, 2016, 11:44:01 PM »
Yes, as soon as the drain of the N-ch MOSFET swings below +287.4V, the diode D1 will start conducting and capacitors C1 & C2 will charge up, which means that they will draw current from that drain terminal.  That acquired capacitor charge will represent energy according to W=½CV2

I surmise that your goal is to construct a controllable pull-up to the +300V rail.  If that conclusion is in error then disregard the advice below.

If you connect the drain of the N-ch MOSFET to the +300V power supply, then it will still work as long as you apply +12V to its gate wrt to its source, but that +12V has to be floating, e.g. created by an isolated DC-DC converter, pulse transformer, or these bootstrap caps.

If you use a P-ch MOSFET then its source should be connected to the +300V power supply, and the pulses applied to its gate should be going down to +288V.  Anything less than +280V will destroy the MOSFET.
That can be accomplished with a second power supply, e.g -12V connected in series with the +300V power supply or with +288V and +12V supplies, pulse transformer ...or a swinging choke like we've done once with Itsu here.
Verpies  it's restricted, who is the gate-keeper ? did you use an opto driver and separate power supply ?

Apecore,  ist's a yessssss! anyway I got it to work in the end the circuit, but I have to rewire it all up again when the waveguide assembly is finished and pre-tuned on the bench and all remounted on the support ply would strip.

verpies

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15590 on: November 02, 2016, 01:38:48 AM »
Verpies  it's restricted, who is the gate-keeper ?
I don't understand what a "gate-keeper" is?   Cerberus maybe?

did you use an opto driver and separate power supply ?
Not with Itsu but I used these fast isolated gate drivers (not slow optos!) with isolated DC-DC converters in my other designs, that took advantage of the bidirectional transistor configuration, depicted below:

magpwr

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15591 on: November 02, 2016, 04:51:20 AM »
Hi magpwr,

Thank you for all the hints...  :)

Man you got me all confused now, I thought URFA-ibrahim is the way to go...  :-\

Anyway, if I'm not mistaken, the video where you took the screenshot from, Akula was showing how to find the resonance frequency of the coil, then using a spectrum analyzer to find the harmonics frequency of it, which is the 3rd harmonics.  Then he showed that when the frequencies are harmonic of each other, they will line up like seen on the scope.  Am I correct?  Now the question is; which harmonics should I use, and does it matter?  I see a lot of talking about 3rd, 60th and 63rd so far.

Here is what I'm planning to do:

1.  Find the resonance frequency of the grenade coil, let assume it's 55kHz.
2.  Then I have to set push-pull, and the 3 turns + .47uf cap to resonate at 3rd harmonics below 55kHz, which is 18.33kHz.
3.  The resonance frequency then would need to be at the 60th or 63rd harmonics of the 18.33kHz.

Am I missing anything here magpwr?

Thanks much in advance.
LP

hi lacphong,

I think you are confused.If you mention harmonics then why do you do division instead of multiplication.

Last repeat short version base on old comment-If you got a signal generator/capture Ref feature in digital scope then don't you find out the suitable harmonics of the given higher frequency for the small amplitude.

Unfortunately i am unable to get the correct search of a clear picture around 100year old harmonics formula of Tesla which contain certain whole numbers to use(Drawn like a work of Art,lost for words...) discovered by someone whom is a non technical which contain signature of Tesla himself.I found out about this nearly 1 year ago in a random search which didn't make much sense back then until i compared with Akula dabbling with 2 frequencies then i found a match.

The above is not seen in any of the so call tesla pdf.

Last hint-Waveform output of parametric oscillator cicuit of Akula is messy.Until you apply correct tesla frequency with suitable positioning/cutoff.In the output coil this will come back to proper waveform.

Trust me this is also unheard of in any books or internet.Good Luck. :D :D :D

That's all. :-X
-----------------------------------------

Strangely i did learn many irrelevant words which is unheard of in Eletronics in this forum."I don't know if this is considered a good thing or bad thing" :D

Bat1Robin2

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15592 on: November 02, 2016, 07:04:27 AM »
Pwm is happening as the Tesla fet fires on top of the waveform of the push pull drive pulse.  (and that position is adjustable with the pot)
R5 on the schematic
This is the effect that shuts off the fet of the push pull.
This was not planned just happens when you follow the schematic.
90% or more of the output power is coming from the push pull tv yoke.

The tesla circuit adds only to output only in efficiency gain as it shuts down fet at a more efficient pulse width.

Still waiting over a year for efficiency reports from people. 70% here.


Jeg

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15593 on: November 02, 2016, 08:11:28 AM »

If you connect the drain of the N-ch MOSFET to the +300V power supply, then it will still work as long as you apply +12V to its gate wrt to its source, but that +12V has to be floating, e.g. created by an isolated DC-DC converter, pulse transformer, or these bootstrap caps.

Thanks for the advice Verpies. The attached image uses an isolated 12V for gate driving. Is that what you mean? As i see, drain is connected to load in this case as before. 

If you use a P-ch MOSFET then its source should be connected to the +300V power supply, and the pulses applied to its gate should be going down to +288V.  Anything less than +280V will destroy the MOSFET.
That can be accomplished with a second power supply, e.g -12V connected in series with the +300V power supply or with +288V and +12V supplies, pulse transformer ...or a swinging choke like we've done once with Itsu here.

P-channel driver looks like a simpler solution. I might give it a try as i won't mess with all those separate grounds and isolated supplies. I saw some drawings which use a transistor or a second N-channel mosfet to drive the gate of the P-mosfet. Any comment on this?

lacphong

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15594 on: November 02, 2016, 09:28:47 AM »

Hi magpwr,

Division is to go backward to find the fundamental frequency if the harmonics frequency known, because I thought the kapandaze coil supposed to resonate at a harmonics frequency of the 4 layers coil.

Come on magpwr, give me some hints on the relationship of these coils... you don't have to keep repeating how to find the resonance frequency with a function generator, I don't have problem with that.  What I don't know is which coil do I do that on?

About Tesla's harmonics formula, are you referring to the one look like a clock?  Does number 3 6 9 ring a bell?  If it's this formula you're talking about, I heard people saying it's a hoax, it's not real work of Tesla.

Thanks again for your info,
LP







hi lacphong,

I think you are confused.If you mention harmonics then why do you do division instead of multiplication.

Last repeat short version base on old comment-If you got a signal generator/capture Ref feature in digital scope then don't you find out the suitable harmonics of the given higher frequency for the small amplitude.

Unfortunately i am unable to get the correct search of a clear picture around 100year old harmonics formula of Tesla which contain certain whole numbers to use(Drawn like a work of Art,lost for words...) discovered by someone whom is a non technical which contain signature of Tesla himself.I found out about this nearly 1 year ago in a random search which didn't make much sense back then until i compared with Akula dabbling with 2 frequencies then i found a match.

The above is not seen in any of the so call tesla pdf.

Last hint-Waveform output of parametric oscillator cicuit of Akula is messy.Until you apply correct tesla frequency with suitable positioning/cutoff.In the output coil this will come back to proper waveform.

Trust me this is also unheard of in any books or internet.Good Luck. :D :D :D

That's all. :-X
-----------------------------------------

Strangely i did learn many irrelevant words which is unheard of in Eletronics in this forum."I don't know if this is considered a good thing or bad thing" :D

Hoppy

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15595 on: November 02, 2016, 09:30:41 AM »

Still waiting over a year for efficiency reports from people. 70% here.

I'm not at all confident we will ever see efficiency reports.  :(

Please resize your image.

magpwr

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15596 on: November 02, 2016, 09:52:21 AM »
Hi magpwr,

Division is to go backward to find the fundamental frequency if the harmonics frequency known, because I thought the kapandaze coil supposed to resonate at a harmonics frequency of the 4 layers coil.

Come on magpwr, give me some hints on the relationship of these coils... you don't have to keep repeating how to find the resonance frequency with a function generator, I don't have problem with that.  What I don't know is which coil do I do that on?

About Tesla's harmonics formula, are you referring to the one look like a clock?  Does number 3 6 9 ring a bell?  If it's this formula you're talking about, I heard people saying it's a hoax, it's not real work of Tesla.

Thanks again for your info,
LP

hi lacphong,

Maybe you have seen it before in Tesla lesser known speeches or theory."The Earth rings like a bell"

If it rings a bell?

harmonics...
If you don't want to know the basic fundamentals of harmonics why the 2 relationship is important and you can't even replicate Akula circuit don't even bother discussing with me.

I am no longer here to teach.Maybe unless you can impress me/us with your findings.

Hoppy

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15597 on: November 02, 2016, 10:03:25 AM »

I am no longer here to teach.Maybe unless you can impress me/us with your findings.

Mags

There has never been a need or request for you to teach others. Just impress us with your findings.

lacphong

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15598 on: November 02, 2016, 10:44:18 AM »
magpwr,

I can see English is not your main language here... LOL

"ring a bell" here doesn't mean to ring a bell like you think, it was meant to be a metaphor; if it reminds you of something....in this case, the numbers 3, 6 and 9.

Like I said, the electronics is not the missing link for me, I already have all that.  What I'm missing is the coil part, how they're connected, and at what frequency they should be running at.

Anyway, like most people here, I'm not asking you to teach me anything.  I was just hoping you can give some advice to point me to the right direction, but if you don't want to talk, then that will be fine with me.  Seems like no one around here except me want to talk to you anyway.... ;D





hi lacphong,

Maybe you have seen it before in Tesla lesser known speeches or theory."The Earth rings like a bell"

If it rings a bell?

harmonics...
If you don't want to know the basic fundamentals of harmonics why the 2 relationship is important and you can't even replicate Akula circuit don't even bother discussing with me.

I am no longer here to teach.Maybe unless you can impress me/us with your findings.

AlienGrey

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Re: Kapanadze Cousin - DALLY FREE ENERGY
« Reply #15599 on: November 02, 2016, 12:13:12 PM »
I don't understand what a "gate-keeper" is?   Cerberus maybe?

Verpies I was referring to http://www.overunityresearch.com/index.php?topic=3221.msg54127#msg54127
If one tries to register it comes up with a comment of an error and has been doing it for years now and it's not my machine, my question is how does one gain entry or indeed register with a positive result ?

Regards  A G