Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

hi everyone,

It is just noon over here.

Testing with method 2 which is switching a mosfet or transistor to provide power supply for tesla coil circuit in nanosecond failed.Tesla coil barely light AV plug with led.

This is 3 method left to be test
1)Superimpose signal onto tesla coil which my only concern the peak pulse won't be at sync.

3)If anyone noticed there is bifilar winding on toroid in a circuit which Ruslan showed in a photo but there was no functionality or information provided.
   I have just applied this concept into my virtual nanopulser circuit version 6.0 and i am surprised that it can generate pulse in KV.In other words i got nanopulser in kv to work.
   But i don't know if i can apply that output from transformer from (+) 150volts to power tesla coil and it's circuit which i have confident it will work in low voltage 12volts but unknown at 150volts.
   (To be tested awhile later)

4)Create another coil at receiver/multilayer section to provide this nano pulse base on latest ciruit V6 which is seen in Ruslan unboxed electrical cover video.

I have attached the latest update of nanopulser version 6.0 which is working to provide pulse in KV.

Transformer\toroid spec 100uH,100uH bifilar in virtual.
Screenshot of scope taken at 1us/div.

-------------------------------
3 Hours later-

I have attached the screenshot of all the nanopulse at this moment using 12volts supply.
This time TC4422 is directly connected to 12volts supply instead of 5volts.

All screenshot of nanosecond pulse scope shown is set at 20volts/div-

The component which gave the highest peak around 80volts for 12volts supply is IRF540 but also produce the most ringing waveform.Take note to connect 1N4148 from GND to gate to suppress noise as shown in screen-shot only for this component.

I have attach Japanese transistor 2SC2001 which produced the cleanest waveform but at lower peak.

I have also used G4BC10UD (600volts) which produce less ringing than IRF540 but at slightly lower peak.

The toroid is not finalized yet.At this moment i am using RF Toroid T-157 if i recall correctly is design to work with 250khz...1.5Mhz.
7 turn Bifilar winding merely give 1.25uH at each winding.

I have also tested on nanoncrystalline toroid which consist of 10 turns Bifilar on toroid but inductance is 14mH which produced the worst reading.

Next i need to find a black ferrite toroid which is hiding somewhere for the final test to wrap up the toroid portion.

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Latest update at 6pm in order to get the maximum optimal peak for the nanosecond pulse.The bifilar winding needs to be around 180uH...200uH.
I have attached virtual nanopulse which is using 12volts to do the benchmark to get the maximum peak."Any higher value eg 250uH the peak start dropping again.

Upon applying mere 1.25uH for pri/sec transformer in virtual which is similar to  my RF-toroid used in experiment at the moment.The peak at 1.25uH is similar to my actual experiment as already attached in my scope screenshot base on actual experiment.This is not optimal.

Time to get proper toroid winding on ferrite toroid to aim for 200uH bifilar.
Latest Screenshot attached "200uHBifilarOptimalPeak.jpg" at 12volts supply.

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Final update for today related to nanopulser-

I find it strange a tiny toroid can outperform my larger toroid.I have cheated a bit since i am using a variable HV generator to get around 400volts to get the necessary pulse as shown in latest attached screen-shot at 100volts/div for the final testing for today.

Best part G4BC10UD did not get warm barely <2C increase in temperature at this high voltage.

[d3x0r]

@itsu
what is the resonant frequency of the multilary coil with ground on the longest windings and signal at end of shortest windings?
can use the coil cuffed around it to drive it without the yoke
did you have a inductance measurement of the multilayer coil?

[Hoppy]

The K561TM2 chip in the top LHS of the Ruslan circuit (Mag edit 4) is the equivalent of CD4013A Dual flip-flop. What is this switching in the box below? It might be an electronic switch / transistor to switch through the supply current to the 5V regulator.

[itsu]

@itsu
what is the resonant frequency of the multilary coil with ground on the longest windings and signal at end of shortest windings?
can use the coil cuffed around it to drive it without the yoke
did you have a inductance measurement of the multilayer coil?

d3x0r,

i never measure the resonance of a coil with the (50 Ohm impedance) signal generator directly attached to this coil, i always use
a separate 2 turn wire coil around the coil to be measured.
When i do that (multilayer coil grounded at one end, the scope probe across this coil), a measure the following resonances
(sine wave signal when inputting 5V square wave):

944KHz 20Vpp
2.115KHz 10Vpp
3.965KHz 12Vpp

Concerning the inductance of this coil, i did mention that here: 
http://www.overunity.com/12736/kapanadze-cousin-dally-free-energy/msg418931/#msg418931

but as i now have attached the yoke to the L3 coil, there are some slight changes as now i measure:

100Hz    146uH
1 KHz     146uH
10 KHz   145uH
100 KHz 87uH

Regards Itsu

[magpwr]

The K561TM2 chip in the top LHS of the Ruslan circuit (Mag edit 4) is the equivalent of CD4013A Dual flip-flop. What is this switching in the box below? It might be an electronic switch / transistor to switch through the supply current to the 5V regulator.

hi Hoppy,

That circuit do not make sense for me.
I have seen a circuit based on 4013 which was being used in solid state tesla coil somewhere.One of a kind circuit but without the LM393.I need to search for it maybe in my hdd or bookmark hopefully i have save it.

-
I need to figure out on how to apply the nanopulse into device eventually.In one of the unboxing video i recall i have a seen something which looks like a pulse transformer which nearly look like a mini bbq ignition transformer in the box which is located nearest to the tesla primary coil.