Kapanadze Cousin - DALLY FREE ENERGY

[Void]

The shot was taken before I had taken the scope shot and I had unwound tape to remove turns from the secondary to adjust frequency.

Ah, I see.
All the best..

[stupify12]

Given to your Tesla secondary, the Grenade coils length should be 1/4 of the wavelength as per Tesla stated;

approximately one-quarter of the wave length of the electrical disturbance in the
secondary circuit based on the velocity of propagation of the electrical disturbance through the coil
itself and the circuit with which it is designed to be used

Now that your frequency drop to 1.3Mhz, the ideal length for the Grenade coil will be 57.69m if there is another way that you can dial up more that frequency then just forget the 57.69meter. What really is important here is the Frequency of Kacher Secondary and  1/4 wavelength of Kacher frequency will be the ideal length for Grenade Coil.

The real wave length to follow here is none other 1/4 wavelength of your working Kacher frequency.

The ground/earth must be Directly connected to one terminal of capacitor, the other terminal of capacitor is connected to the positive output phase. The capacitor here is the most wonderful device which has been implemented to receive and store then convert the Radiant Sun..

Here is the better reference than to speculate and wait for Ruslan to post some detail which he is still uncertain. Figure 2 is your most loved Grenade Coil, which is actually a spire or conical. http://www.teslauniverse.com/nikola-tesla-patents-593,138-electrical-transformer?pq=ZWxlY3RyaWNhbCB0cmFuc2Zvcm1lcg==

Meow

Nice job Hoppy 

Guys, I have removed hell much of the wire fom Tesla secondary to get it resonate at 1.92MHz. When I connect the Tesla directly to he antenna above the bifilar (grenade) coil, a frequency drop very much to 1.3MHz. Why is that?
  That 2 meters of copper tube cant change the frequency as much , or it can?  I didn't connect it via intermediate ferrite bar yet. Could that ferrite coil solve my problem?

Also when Ruslan was talking with the guys on the Skype, he told them this :  1. Make your granade coil   2. Make your Katcher   3. Tune it to correct frequency   4. quick check with 20W bulb on the bifilar- should lit a bit        .....

Did anybody did this pre-test?  What voltage bulb did you choose? It is not working for me even with  12V 21W car bulb.  My Tesla takes 24V @1.2A.

Thank for advice.

[magpwr]

hi everyone,

I have just uploaded a youtube video of my
60th SubHarmonics PWM Generator -Part 1
http://www.youtube.com/watch?v=AfOSBGIdORw

This video is about how to find resonance of 1uf capacitor which is connected in series with the 25 turns x 2 on kapanadze coil from the 3 or  4 turns yoke or toroid output.
Much Later stage i will reveal why there is need to multiply the current resonance frequency as shown in video PART 1  by  2 times to comply with 1/2 wave resonance.
866.981khz x 2 =1.7339Mhz
14.44khz x 2 =28.88Khz


(Take note i have not added all the decoupling capacitors before and after 1.3mH from center tap of transformer in circuit diagram.I am just using 
1 x bi-directional TVS diode "P6KE20CA"  at gates of IGBT.I have also forgotten to add the "140volts rated varistor in circuit diagram" across Source and Drain of IGBT. )

Next video Part 2 will be released to show how i easily use a short wire antenna to provide signal to circuit to power the same bulb at same frequency similar to part 1 but only this time
no more signal generator involved.Tesla coil radiate it's frequency and it's perfectly divided by 60 or 60th Sub-harmonics for my PWM generator."No possibility of frequency runaway since it's 100% dependent on tesla coil"

My generator is designed to work up to 3Mhz of radiated frequency.

Pending..
There is also nanosecond generator signal injection which i need to do and show a video,although the circuit was completed weeks back.

----------------------------------
Primary focus is all about circuit since my kapanadze coil is not fully assembled yet while pending purchase of required supporting pvc parts.

[itsu]

Given to your Tesla secondary, the Grenade coils length should be 1/4 of the wavelength as per Tesla stated;

Now that your frequency drop to 1.3Mhz, the ideal length for the Grenade coil will be 57.69m if there is another way that you can dial up more that frequency then just forget the 57.69meter. What really is important here is the Frequency of Kacher Secondary and  1/4 wavelength of Kacher frequency will be the ideal length for Grenade Coil.

The real wave length to follow here is none other 1/4 wavelength of your working Kacher frequency.

The ground/earth must be Directly connected to one terminal of capacitor, the other terminal of capacitor is connected to the positive output phase. The capacitor here is the most wonderful device which has been implemented to receive and store then convert the Radiant Sun..

Here is the better reference than to speculate and wait for Ruslan to post some detail which he is still uncertain. Figure 2 is your most loved Grenade Coil, which is actually a spire or conical. http://www.teslauniverse.com/nikola-tesla-patents-593,138-electrical-transformer?pq=ZWxlY3RyaWNhbCB0cmFuc2Zvcm1lcg==

Meow

Nice theory Stupify12,

but considering that my Grenade is now 37.5m (x 4 = 150m wavelength = 2MHz), but as shown, it resonates at 1.3MHz, so
this converting wire length directly into resonance frequency is imo only valid for long wire (antenna's), NOT when coiled up.

Now that i have installed my bifilar coil around the Grenade, that same Grenade resonance frequency has even dropped to 900KHz.

Following your theory, i would have to take this 900KHz, take it times 4 = 3.6MHz which would be my Kacher resonance frequency.
This is very high and i doubt it will be reacheable with some degree of power.

Thanks,  regards Itsu

[John.K1]

Ok,  As far as I understand, Tesla and Antena is One.  And that has to be tune to my 1.87MHz  (btw - speed of electrons in coper is 96% of speed of light - technically my frequency to tune to should be 1.85MHz - I keep my tuned tesla/Antena just right below 1.87 allowing for that 4% error which is 20KHz and it is still acceptable. )

Now only my problem is to solve heat on my Kacher's transistor  -probably will need different yoke?