Kapanadze Cousin - DALLY FREE ENERGY

[magpwr]

Hello All

Just wanted to note that in this video:    https://www.youtube.com/watch?v=RUEBzjiGLPs

The diameter of the secondary of the SSTC is 30awg, but the secondary is *apparently* pulling 2.7 amperes current through the earth/ground wire, (20-30 meters of 14awg).

Apparently the gauge of wire used to wind the secondary does not *directly* effect the  earth/ground current.

Forgot to mention that the PLL is locking in at about 260kHz.............which is just at the limit of current saturation/skin effect for 30awg wire.

take care, peace
lost_bro

hi lost_bro,

I am impressed upon seeing your youtube videos for the first time.

At least most of us would believe now there is indeed burst of current going to earth from the transmitter end without worrying about receiver coil for now.

Let's assume you get 2.7Amps from 180volts VDC but with huge tesla coil.But if this tesla coil is shrunk to the one used in Akula device.
Then the input DC voltage would have be around 5 times higher around 1000volts since there is lesser turns for the tesla coil in the Mhz range.To ensure there is high current transfer to Earth.

Last night i bumped into some random articles on "nanosecond pulse from tesla coil" which i found out the origin of the experiment somewhat originated from Russian Serbian research around 3 decades ago which were using special spark gaps which yield impressive 1khz repetition rate to generate high voltage nanosecond pulse.

Logically we don't expect nanosecond burst rate to be the Mhz range for tesla coil which means it would be pulsing in khz range which may tally with pwm generator 12khz to 37khz.


We know that Tariel was using spark gap to discharge capacitor bank in order to create high voltage pulse at below <100hz rate which we can easily hear those repetition burst in those old videos.

I am aware that PIO capacitors 2 in series can be charged to nearly 1000volts using 4xfast diodes full-bridge rectifier (1200volts each) from the output of kapanadze coil.Less than 10watt of power is needed to charge PIO capacitors which a 9volts battery did the job just for show.

Base on my observation in one of the vasmus device close up video i spotted 1kohms resistor around 2watt rated which was connected from bank of capacitors."No other useful information can be detected"
The purpose of the resistor is to merely limit the flow of current to the nanosecond generator circuit but not the voltage if it's charged to nearly 1000volts.
--------------------------------------------------------------------------
I have conducted 4 different experiments on Saturday alone after doing some pre planning in my head beforehand.

My pll base circuit and nanosecond generator circuit was  derived from this circuit PLL_sinhro_Tesla_v4 circuit.
But capacitor and resistor for 4046 need to be selected correctly so that it is able to lock from 12.8khz to 36.4khz.
Once that is done R8 pot still need to adjusted in order to achieve maximum power output to bulb with 0.1uf or 0.1uf x 2 capacitor connected in parallel with bulb."Experiment was conducted previously
without frequency divider 4017 in place yet which i will explain below"

I have decided to use IR2184 which produce around 48% duty at the dual output this will replace my 74HC132 dual channel pwm output circuit.

But unknown to the creator of the excellent circuit by ALLEGGA.
He needs to divide the frequency by 2 using 4017 I/C (Akula_30-06-2014-Edited) which clk in is to be connected to pll pin 4 and pin 3 of 4017 to R8 which was connected to pin 4 of pll.
This will allow 4046 IC to produce 2 times the L/C frequency.If for example i use 0.47uf x 2 capacitor i would only get 14.4khz L/C resonance which pll locks in.But after x 2 frequency multiplication.
The output at 4046 would be 14.4khz x 2 =28.8khz.

-----------------------------

It's best to just focus on the current transmission to earth for now.

[NickZ]

  The Akula/Ruslan device is lighting the 220v AC bulbs with rectified DC, not AC. Why are they doing this?
There must be a good reason.  I have not tried that yet, but I will. Especially once I can find some big 220v bulbs.  NO luck, so far...

  Hoppy had once mentioned that using the 220v AC bulbs would cause the circuit to only draw 1/2 of the amount of current from the source battery, (or from it's own looped output source), compared to using 110v bulbs. Can someone confirm this for me, please. 
  My device runs hotter and hotter, the more I tune it to run at it's best output.  I can't touch the fets after one minute run time, (with fans and heatsinks) when lighting 3 100 watt AC bulbs fairly bright.
  For me, more tuning caps are needed to obtain best output. I'm using 3 tuning caps on the 3 turns coil, and a single 0.1uf cap in parallel with the bulbs, but now have added two more caps at the bulbs for increased output. AS these caps are the only form of tuning that I can do. The magnetite magnets are also helping to adjust the running frequencies. 
   My kacher is still running at low output levels, so I'd like to see about how to run the Kacher off of either the 3 turns coil, or the 168 turns coils output, as it's input source.  Any ideas???

[lost_bro]

hi lost_bro,

I am impressed upon seeing your youtube videos for the first time.

At least most of us would believe now there is indeed burst of current going to earth from the transmitter end without worrying about receiver coil for now.

Let's assume you get 2.7Amps from 180volts VDC but with huge tesla coil.But if this tesla coil is shrunk to the one used in Akula device.
Then the input DC voltage would have be around 5 times higher around 1000volts since there is lesser turns for the tesla coil in the Mhz range.To ensure there is high current transfer to Earth.

..........................


My pll base circuit and nanosecond generator circuit was  derived from this circuit PLL_sinhro_Tesla_v4 circuit.
But capacitor and resistor for 4046 need to be selected correctly so that it is able to lock from 12.8khz to 36.4khz.
Once that is done R8 pot still need to adjusted in order to achieve maximum power output to bulb with 0.1uf or 0.1uf x 2 capacitor connected in parallel with bulb."Experiment was conducted previously
without frequency divider 4017 in place yet which i will explain below"

I have decided to use IR2184 which produce around 48% duty at the dual output this will replace my 74HC132 dual channel pwm output circuit.

But unknown to the creator of the excellent circuit by ALLEGGA.
He needs to divide the frequency by 2 using 4017 I/C (Akula_30-06-2014-Edited) which clk in is to be connected to pll pin 4 and pin 3 of 4017 to R8 which was connected to pin 4 of pll.
This will allow 4046 IC to produce 2 times the L/C frequency.If for example i use 0.47uf x 2 capacitor i would only get 14.4khz L/C resonance which pll locks in.But after x 2 frequency multiplication.
The output at 4046 would be 14.4khz x 2 =28.8khz.

-----------------------------

It's best to just focus on the current transmission to earth for now.

Good day MagPwr

Good to hear that you enjoyed the videos.........

Want to take advantage of the moment and make a couple of comments on the schematic that you posted:
As we know it uses Pin#14 so it is TypeII PLL, which is different from TypeI PLL on Pin#2 in that (@ resonance) *EDIT should read* (through VCO range), both the signal and comparator input are in Phase = Zero shift.  Of course the draw back to Type II is that it is very much more sensitive to EMI and sloppy board layout than Type I.

I used TypeII PLL in my SSTC design also... All the other TC designs I have seen on the web use Type I exclusively for that very reason (EMI problems).  The type I really requires much more circuitry to implement because the phase shift is variable 180 degrees through the VCO range. (90 degrees @ center VCO). 

Type I will also lock onto *harmonics* or overtones of the principle frequency, Type II will NOT lock on *harmonics*.

I took the liberty to comment a couple of items on the schematic, please see attached *commented* schematic.

Take care, peace
lost_bro

[lost_bro]

  The Akula/Ruslan device is lighting the 220v AC bulbs with rectified DC, not AC. Why are they doing this?
There must be a good reason.  I have not tried that yet, but I will. Especially once I can find some big 220v bulbs.  NO luck, so far...

  Hoppy had once mentioned that using the 220v AC bulbs would cause the circuit to only draw 1/2 of the amount of current from the source battery, (or from it's own looped output source), compared to using 110v bulbs. Can someone confirm this for me, please. 
  My device runs hotter and hotter, the more I tune it to run at it's best output.  I can't touch the fets after one minute run time, (with fans and heatsinks) when lighting 3 100 watt AC bulbs fairly bright.
  For me, more tuning caps are needed to obtain best output. I'm using 3 tuning caps on the 3 turns coil, and a single 0.1uf cap in parallel with the bulbs, but now have added two more caps at the bulbs for increased output. AS these caps are the only form of tuning that I can do. The magnetite magnets are also helping to adjust the running frequencies. 
   My kacher is still running at low output levels, so I'd like to see about how to run the Kacher off of either the 3 turns coil, or the 168 turns coils output, as it's input source.  Any ideas???

Good day NickZ

OK, basically Power consumption is still the *same*

E x I=P:

where E=volts
          I=amps
          P=power; watts

then:   220v x 1amp = 220watts

and;    110v x 2amp = 220watts

so;      220watt/220v = 1amp consumed

and;    220watt/110v = 2amp consumed

We can see that for the *same* amount of power or WATTS, doubling the voltage will cut the amps consumption by 1/2.

take care, peace
lost_bro

[forest]

  The Akula/Ruslan device is lighting the 220v AC bulbs with rectified DC, not AC. Why are they doing this?
There must be a good reason.  I have not tried that yet, but I will. Especially once I can find some big 220v bulbs.  NO luck, so far...
(...)

Isn't that obvious ? If you have very high frequency the best l you can do is to rectify using diodes and store in capacitor.