Kapanadze Cousin - DALLY FREE ENERGY

[Tomtech29]

Dog -one It presents itself and everything has its place "well-executed project" Now it's time for the next The calibration.
It will be fun to watch as they go progress if you do movie?
good luck.

[magpwr]

I do smoke and when I die, the doctors will all claim that is what killed me, but you guys will know the truth--it was this device that put me in the ground.

hi Dog-One,

Please don't say that you are beginning to sound like NickZ couple of posting back around June or July.

You are beginning to sound like if "i don't GET me GOLD" it's gonna drive me to the grave OR i got one foot in the grave already.


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Everyone is successful at creating a step up a PWM base transformer or inverter even Nickz with his 2014 Mazilli design.

But did anyone ever tried even once to observe for "current drawn abnormally" even once.

As example for one of my most recent experiment with 60watt approx 60% bright 220volts bulb connected it's 56watt current drawn from 12volts battery without bulb it's 60watt current drawn.
Increase by 4watt without bulb.Only way to get a full supported voltage range step-down inverter eg:90....230volts with fix selector to work is to rectify the in the input high voltage with 4 fast diodes with a 400volts capacitor.

But upon trying to close the loop with battery connected the 60watt bulb then start blinking at around 1..1.2second rate.

This part i failed the last round or maybe i should just wind a step down transformer on a large toroid.

The gates of igbts are always driven at around 23volts for best Rds on i am using mini voltage boost circuit XL6009(on the cheap from ebay there is boost and buck/boost version 2 in one).
The mosfet driver i am using is IXDD614 or can be IXDD414.But recently in order to simplify circuit designing "at later stage" IX4427(Dual input and output but SOIC only version which also handle up to 35volts) .My choice 1200volts SIC Mosfets or 600volts Mosfet which gate capacitance is no more than 2000pf.

I am surprise that many members don't understand the importance of using high voltage signal to the mosfet gates.
Long story short if you use 10volts or 12volts the mosfet will work but it's current handling capability will never be optimized.Hence Rds on is high and heat generated from mosfet is high which means
your circuit is running at lower efficiency.In layman terms any excessive heat generated >55C is bad.


Forgot to mention i using my Tesla Transponder interrupter version not the single pulse version circuit for the above setup. youtube: "sanjev21".
My interrupter circuit was posted  2 months ago.Dig if you like it.

Nothing much to contribute or comment about for now.

Hobby is fun for me.

[NickZ]

  Tomtech:
  You said:
  "I guess that these capacitors which is using a two small to 1500V are 0,15uF for LC 3 winding 28 uses a larger 2000V 0,47uF.x3 art and a little white so it looks in the final film:
                                                                                              end quote

   I believe that it's the other way around. The 3 turns, gets the 0.47uf 2000v cap, and the 28 turns gets the smaller 0.1uf tuning caps. 
   The smaller white 0.22uf cap, was added to the 0.47uf caps, to add up for a total of about 1,2uf, or so.
   The black 12uf cap is for the ends of the rectifier block.
   So, I thought that I'd clear that up.
   Let me know IF that is not correct, please.

  Magpwr:  I don't think that anyone knows just what you're talking about, when you mentioned about me.  At least I don't.

[Void]

which of you guys is such a great glass balls where the answers to any questions him uncle "google" It is without a councilor in search of that:TL494UWX0004
it is only for the initiated ?
-because it is the only way to know the truth  shit I do not know what would have such bullets 

Hi Tomtech. This guy tested three different TL 494 chips and he found one that
could create pulses at about 1.75 MHz. Unfortunately he does not list the manufacturer's
part number. He only lists the markings from the top of the chips, which probably doesn't help much.

Тест микросхем TL494 на частотах свыше 1 MHz.
В последних видео Руслан Кулабухов продемонстрировал возможность работы микросхемы TL494 на
частотах свыше 1.5 MHz. Целью данного теста является определение максимальной рабочей частоты
TL494 разных производителей в генераторе пачек.
https://www.youtube.com/watch?v=8ml5JTp__Xw

"TL494 test chips at frequencies above 1 MHz.
the latest video Ruslan Kulabuhov demonstrated ability to work TL494 IC at frequencies above 1.5 MHz.
The purpose of this test is to determine the maximum operating frequency different manufacturers TL494 generator packs."

There are other PWM chips available that can be used up to 2 MHz or 4 MHz.
Here are a few examples of PWM chips rated at 2 MHz or above. You would have to research if any are
suitable for this project. 
MC34067PG - 2.2 MHz - 16 pin DIP
HV9123P-G - 3 MHz - 16 pin DIP
UCC29422N - 2 MHz - 16 pin DIP
MC33067PG - 2.2 MHz - 8 pin DIP
UCC35706P - 4 MHz - 8 pin DIP
TL1454ACN - 2 MHz - 16 pin DIP  <-- Dual channel PWM chip
HV9120P-G - 3 MHz - 16 pin DIP

There are other PWM chips which may be suitable as well.

All the best...

[Dog-One]

   I believe that it's the other way around. The 3 turns, gets the 0.47uf 2000v cap, and the 28 turns gets the smaller 0.1uf tuning caps. 
   The smaller white 0.22uf cap, was added to the 0.47uf caps, to add up for a total of about 1,2uf, or so.
   The black 12uf cap is for the ends of the rectifier block.
   So, I thought that I'd clear that up.
   Let me know IF that is not correct, please.

I think once you have a scope and begin tuning this device, it will become clear to you what values you need and where you need them.  Trust me, without having Ruslan's exact setup on your bench, the values are going to be different.  Just starting with the series capacitor for the induction heater coil, I have 0.414uF, because based on T-1000's calculations, my grenade coil needs to run at 17.8KHz.  This translates into an induction heater coil having an inductance of 193uH.  I would bet your new scope, no matter how hard I tried, I could not wind another induction heater coil having this exact same inductance while still having the same wire length of 17.22 meters.  This device is probably more an art than it is a science, but even so there are still rules to follow and tuning for resonance is one of them.

Magpwr:  I don't think that anyone knows just what you're talking about, when you mentioned about me.  At least I don't.

Yeah Mags, he's right about that.

The difference between Nick and I is for the moment, I know exactly what I'm doing and how I'm going to do it.  Whether I can actually accomplish what I set out to do is another story.  I'm not trying to replicate Ruslan's device.  I'm using Ruslan's device as a template and trying to replicate his concept.  I have spent many hours watching his videos and making sure I see the same things on my bench that he is showing on his.  Call it, learning to walk.  Folks are getting too wrapped up in having the exact same circuits and components without having any idea what those circuits and components need to actually do.  Ruslan's device is far from perfect and there are better ways to accomplish what he has shown.  I'm sure he would acknowledge that fact.  At the moment I'm in a position to figure this thing out and build a device that is very modular with each module serving a specific purpose, a purpose people can understand.  If I'm fortunate enough to be successful, everything will be OpenSource for others to experiment with and do further research.

What I'd like to see is everyone get heads-down on this and think rationally for a moment.  Quit squabbling over petty details that do not matter at the end of the day.  I'm not you all's boss, so I cannot enforce this sort of discipline, but I sure would like to see each of you do that for yourselves, get your head on straight and make some progress.  Honestly, I absolutely DO NOT want to be the only one to get this thing working.  I'd much prefer to see ten or more devices all looping, so we know for sure the underlying concepts are correct and engineerable.

Anyway, enough of that.  I just received some more parts today and need to get some modified driver boards built.  Now that I'm using a 48 volt power supply, everything needs to be looked at again and a handful of DC-to-DC converters swapped out.