Kapanadze Cousin - DALLY FREE ENERGY

[starcruiser]

We need to stay on topic, open a new thread to discuss this tangent. Lets not clutter this up with non relevant BS

[AlienGrey]

Hi every one, I'm not sure what starcruiser  is burbling on about but this should keep him quiet, bless him! Not to worry though as I was saying about tuning and spacing of TX RX and inductive resonance, on this current device we are using a modulating device namely the ferrox ring with series matching into a air core with a 18.75 meter wave length and a 1/2wl pickup coil of 37.5meter wavelength, like it or not that works out to about 15.989 Mhz and 7.99mhz respectively but your supposedly driving both with less than 100khz  and since you have no way of mixing frequencies directly on this device (Air core) you can only use a series tuned circuit on the two 25 turn end coils = 50 turns at 18.75 Meters, you would have to demodulate the secondary, this is getting complicated. Since no one appears to have sused this already, it's any ones guess who has got a device fully working, any way unless this is sorted out your output FET's will just over heat as they are effectively working into a dead short, untill a very steep resonance would be reached by spot on tuning ie F= sqrt of LC, as in any radio tuned circuit of this type.

Regards AG

[lost_bro]

Hi every one, I'm not sure what starcruiser  is burbling on about but this should keep him quiet, bless him! Not to worry though as I was saying about tuning and spacing of TX RX and inductive resonance, on this current device we are using a modulating device namely the ferrox ring with series matching into a air core with a 18.75 meter wave length and a 1/2wl pickup coil of 37.5meter wavelength, like it or not that works out to about 15.989 Mhz and 7.99mhz respectively but your supposedly driving both with less than 100khz  and since you have no way of mixing frequencies directly on this device (Air core) you can only use a series tuned circuit on the two 25 turn end coils = 50 turns at 18.75 Meters, you would have to demodulate the secondary, this is getting complicated. Since no one appears to have sused this already, it's any ones guess who has got a device fully working, any way unless this is sorted out your output FET's will just over heat as they are effectively working into a dead short, untill a very steep resonance would be reached by spot on tuning ie F= sqrt of LC, as in any radio tuned circuit of this type.

Regards AG

Good Day AlienGrey & All.....

You have a good point there, and just to add fuel to the fire I will add the following as food for thought:

Google:  Double Side Band Full Carrier Wave,
             Double Side Band Suppressed Carrier Wave, 
             Two Tone Test ,
             Frequency Splitting.

then watch this link:  https://www.youtube.com/watch?v=RUEBzjiGLPs

Please note the 'shape' of the waveform for the current at the base of the Tesla Coil which is running the 100watt incandescent light bulb.
You will notice that from the Time Domain perspective it is the spitting image of the 'Double Side Band Full Carrier Waveform'.

Take a look at the attached photos below.

Directly to the point:  'k' = coupling coefficient is proportional to the degree of  'frequency splitting' experienced when tuning a Tesla Coil.

Frequency Splitting results in *two* distinct frequencies coming into *play*.  Coilers will often speak of a 'High' and 'Low' Pole in reference to tuning their Tesla Coil....... 

As you can see, clearly the interaction between 'Primary' and 'Secondary' coils is dependent upon 'k'.  The result is a *modulation* interaction of the resulting frequencies and this action/reaction affects the voltage waveform output of the 'Secondary'.  Some very interesting effects can be had by making use of the interplay of these *side band* frequencies.

I offer this link from Richie Burnett's webpage: http://www.richieburnett.co.uk/operatn2.html#splitting

I don't believe that it is a coincidence that Ruslan just happens to be a Radio Broadcast Engineer..............

take care, peace
lost_bro

[a.king21]

Nick Z
Has a point.
Light is only produced on reflection.
Heat is only produced when molecules are agitated.
So you only get heat from the sun when matter is irradiated by sunlight.
You only get light from the sun when an object reflects that light.
Otherwise it's dark and cold.
This topic does however deserve it's own thread.

[magpwr]

Good Day AlienGrey & All.....

You have a good point there, and just to add fuel to the fire I will add the following as food for thought:

Google:  Double Side Band Full Carrier Wave,
             Double Side Band Suppressed Carrier Wave, 
             Two Tone Test ,
             Frequency Splitting.

then watch this link:  https://www.youtube.com/watch?v=RUEBzjiGLPs

Please note the 'shape' of the waveform for the current at the base of the Tesla Coil which is running the 100watt incandescent light bulb.
You will notice that from the Time Domain perspective it is the spitting image of the 'Double Side Band Full Carrier Waveform'.

Take a look at the attached photos below.

Directly to the point:  'k' = coupling coefficient is proportional to the degree of  'frequency splitting' experienced when tuning a Tesla Coil.

Frequency Splitting results in *two* distinct frequencies coming into *play*.  Coilers will often speak of a 'High' and 'Low' Pole in reference to tuning their Tesla Coil....... 

As you can see, clearly the interaction between 'Primary' and 'Secondary' coils is dependent upon 'k'.  The result is a *modulation* interaction of the resulting frequencies and this action/reaction affects the voltage waveform output of the 'Secondary'.  Some very interesting effects can be had by making use of the interplay of these *side band* frequencies.

I offer this link from Richie Burnett's webpage: http://www.richieburnett.co.uk/operatn2.html#splitting

I don't believe that it is a coincidence that Ruslan just happens to be a Radio Broadcast Engineer..............

take care, peace
lost_bro

hi lost_bro,

It's interesting i have achieved this effect Modulation& Frquency Splitting waveform few days ago which appear in the center of the  scope which you have attached.
This effect is not easy to duplicate as i find it is also dependent on the HV DC voltage which i supplied for the experiment.


Base on one the Akula video i have implemented interrupter circuit using just 74HC132 with stream of 50ns pulse superimpose on 28khz 40% duty for the Tesla Transponder to get this waveform effect as attached.

http://www.youtube.com/watch?v=9sYLdekiLD0


It seems my experiment is limited by my 1KV rated variable capacitor,need to go for fix high voltage 3kv or more for fix value capacitor at later stage related to version 1 waveform with 12volts instead of HV supply as attached.

For this interrupter base experiment i need to use my 12volts to 220volts inverter to charge the 20uf 400volts rated pulse capacitor.

For Akula replication using Tesla Transponder without any modification to the coil.

1)Single HV pulse         -2watt of power needed
2)Using interrupter to achieve the waveform as attached on the Antenna -12Amps to Earth at below 20watts at 1.6Mhz...2Mhz

---------------------------
Lastly i will try using interrupter with flyback since logically this is the only one which can exceed 30KV pulse and another observation Akula was using thin wires to primary coil of tesla coil.


My plan is get all this HV pulse transmitter sorted out before commencing Akula replication which i would need to setup up on the floor.