Kapanadze Cousin - DALLY FREE ENERGY

[Void]

Hi All:
I have finished winding my gernade coil, except for the bifilar coil, and was wondering if anyone had experience with using 2 layers of smaller insulated wire for the bifilar (for example #20 Awg. stranded wire), instead of three layers of the larger wire. I would like to finish my coil so I can move to the next step, but am sort - of bound up on the issue (My lack of experience in this are ).
Thank You ahead of time, and have a great day.

Hi br549. If you mean the bifilar inductor which gets wound over the grenade coil
layers 1 & 2, you want to use thick gauge wire. This is because this is a high
current carrying wire. Using lighter gauge wire will degrade performance too much.
All the best...

[magpwr]

No. When I originally manually scanned my grenade coil without inductor coil, I could find no resonance under 5MHz, which is the maximum frequency for my FG. After I wound the inductor coil onto the grenade, I found that with around 480nF series capacitance in the inductor / 3W yoke circuit, I had a peak amplitude at 1.316MHz and brightest bulb when my PWM frequency was 21.9KHz.  When I set the Kacher frequency to 1.316MHz, I then noticed the pulsing effect on the lamp that I reported. I also got the highest amplitude and sharpest mustache waveform with this tuning. I basically adjusted my PWM frequency for various inductor cap values until I found the best response. Not perhaps the best approach but nonetheless one way of tuning. I get poor grenade output with higher value caps, so I cannot understand how some experimenters are getting good performance by tuning with caps of 1uF and higher.

hi Hoppy,

This is my findings using exactly 1.3uf 800A/C (5x 0.27uf induction heating capacitor in parallel conifuguration).The probe across capacitor would drop to below 100vpp.
This means there is less loss across capacitor.Higher voltage probe measurement across capacitor doesn't means it's a good thing.This means there is less going to 25 turns bfilar.

Ideally impedance of capacitor (Reactance) should be matched with the 25 turnsx2 bifilar coil or better.
For my case assume at 27khz my capacitor 1.3uf impedance would be around 4.9 Ohms.

If you are using higher value capacitor eg:2.25uf ,the voltage across capacitor and the impedance of the capacitor would be lowered.

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To Hoppy there is also pulsing of bulb detected for me at around 20khz using 1.3uf.This kinda reminded me of the vasmus device where in old video reveal the bulb pulsing at first then it becomes stable.

I'm playing with 30volts.The bulb always stay lit regardless of frequency.But at certain point it increases little brighter.

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I have attached my version 4 of the divide by 60 PWM generator 74HC4017 and 74HC132.

This generator can be also easily be converted to divide by 50 as well.

U1 pin 15 shift to pin 1 instead of pin 5

U2 pin 14 shift(cap and diode)  to pin 10 instead of pin 1

This circuit the pwm duty i have set it at 47% using dual 2.2nf at the pot.need to tune until both is nearly 1% difference in duty and both output does have equal gap between signal.
I'm using Mylar polyester capacitor for the pwm generator stage.

The PWM generator stage 74HC132 can also be connected to single output of FG as well merely by replacing C3 with 1kohms resistor.
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I'm little lost on how to get the "moustache signal" even though i just put toroid with 8 to 10 turns through the one of the 3 turns.I can't seems to see any sharp signal.
I have plans to connect to the toroid output to be as choke for the kacher (+) to primary coil ->collector.

The plan is something similar to URFA approach to create some sync disturbance at the kacher primary coil in order in order to get the bulbs lit brighter.

[NickZ]

  I don't know if most of you have seen this Ruslan video already, where he's describing the Kacher and it's components and how it works. But, if you haven't you might want to check it out, or watch it again, if you've seen it already.
At 9.59 min, he touches the end of the kacher secondary, and the HV streamer can be clearly observed, this without the ferrite rod attached as yet. CFL bulb is very bright also. No RF burns, when touching the Kacher's output, or at least not too intense.
  https://www.youtube.com/watch?v=KlXM2nYtbus

  Maybe one of you can suggest to him at the Russian forum, that he make another video showing how he tunes the device, as well.

[magpwr]

  I don't know if most of you have seen this Ruslan video already, where he's describing the Kacher and it's components and how it works. But, if you haven't you might want to check it out, or watch it again, if you've seen it already.
At 9.59 min, he touches the end of the kacher secondary, and the HV streamer can be clearly observed, this without the ferrite rod attached as yet. CFL bulb is very bright also. No RF burns, when touching the Kacher's output, or at least not too intense.
  https://www.youtube.com/watch?v=KlXM2nYtbus

  Maybe one of you can suggest to him at the Russian forum, that he make another video showing how he tunes the device, as well.

hi everyone,

I have attached 2 screenshot base on video of Ruslan to show everyone the default frequency of Kacher at 3.1xx Mhz without ferrite rod and antenna connected.
This is suited for those whom have not created kacher yet.

  https://www.youtube.com/watch?v=KlXM2nYtbus

---------------------------------------------
I have attached to show my kacher is operating at the  1/4 resonance of my multilayer coil at 1.66Mhz.

The scope show my divide by 60 pwm generator is running at 1/60 the frequency of the Kacher frequency 1.66Mhz at 27.xx khz.

This is the interesting part playing with voltage setting on scope as shown in resonanceV2 reveals that there is "Double helix" waveform across capacitor 1.3uf 800a/c 1200VDC.
The frequency is about 3 times the frequency of 27.xxkhz.

This is where my digital watt meter reveal that my Amp draw is the lowest at 1.23Amp at 30volts while bulb is lit.This represent the total consumption of the unit.



Now the last part i need to figure out how to create pulse on kacher primary via choke like URFA did.

It seems my circuit i have created is only good up to this stage to find out the suitable resonance at a convenience.

Because if i implement sync choke at kacher primary like URFA my pwm generator becomes unstable due to multiple frequency present at kacher this time round.

[stupify12]

Just try it and see for yourself or does it resembles to your Coil Connection, Configuration which yield good results?. Let me know  with your result if your are happy to this post or not. 

Always remember the Negative Electricity of the Capacitor comes from the ground so you should connect the Negative Terminal of the Capacitor to the ground, not thru the Grenade Coil or some Semi Conductor.

The driving circuit is a Induction Heater circuit in its simplest form.



Meow