Kapanadze Cousin - DALLY FREE ENERGY

Void · September 30, 2014, 09:46:33 AM

Quote from: Hoppy on September 30, 2014, 09:39:57 AM
If we assume that Rusian devices actually work as self-runners, then his less complicated circuit schematic neatly drawn by Brutto would seem a good initial approach for experimentation. One of Rusian's latest videos appears to be showing hand drawn schematics showing both a Kacher and spark gap approach to create a standing wave across the main multi-layer coil. I suspect that very fine tuning is needed to reach a suitable resonant condition and that this condition is unstable, thus the efforts made to introduce synch by Akula and Rusian. Its a reasonable assumption IMO that Kapanadze's devices did not feature any sophisticated synchronisation circuitry.

Now you are talking. Ruslan stated that those new hand drawn circuits have not been tested
by him yet, but he is apparently considering variations to test with, or comparing working principles.
I believe all these variations are based at least somewhat on devices which Kapadnadze has shown. I like the simplicity of
these circuits so that is why I am experimenting with these, and trying to find the underlying principles
which make them work.

All the best...

starcruiser · September 30, 2014, 11:23:18 AM

some Band info

This chart is copyright 1996, Gene's Computer Outlet
SPECTRUM

There is a spectrum of frequencies that makes up all sounds that we hear, radio
signals, television signals, microwave signals, X-rays, Gamma rays, and light
waves. Lower frequencies are measured in hertz while upper frequencies are
measured in wavelengths. The lower the frequency, the higher the wavelength.
Livewise, the higher the frequency, the shorter the wavelength. Wavelength and
frequency are measured in relation to the speed of light.
Speed of Light = 300 million meters per second

3 MHZ = 100 METERS 30 MHZ = 10 METERS 300 MHZ = 1 METER 3 GHZ = 10 CM
30,000 GHZ = .001 CENTIMETERS = 100,000 ANGSTROM UNITS

A HERTZ IS THE UNIT OF FREQUENCY MEASUREMENT (FORMALLY CALLED CYCLE)
A KHZ IS 1000 HERTZ
A MHZ IS 1000 KHZ OR 1 MILLION HERTZ
A GHZ is 1 million times 1 million hertz

Frequencies are grouped as indicated:
VLF= 3 khz-300 khz, LF=300khz-3 mhz; (SW) HF=3-30 Mhz; VHF=30-300 MHZ;
UHF=300-3000 MHZ

VLF is Very Low Frequencies. LF is Low Frequencies. SW is Short Wave
VHF is Very High Frequencies UHF is Ultra High Frequencies
------------------------------------------------------------------------------
20 HZ - 20,000 HZ SOUND THAT WE HEAR (20-60=BASE;12000-20000=HF)
20 hz is the alternating frequency of telephone ringing
60 hz is the alternating frequency of our electric power
20 KHZ - 35 KHZ ULTRA-SONIC SOUND THAT WE DON'T HEAR
10 KHZ - 14 KHZ OMEGA LONG RANGE NAVIGATION
14 KHZ - 19.95 KHZ Radio NAVIGATION (BEACONS)
20 KHZ STANDARD FREQUENCY
20.05 KHZ - 59 KHZ Maritime Fixed
60 KHZ Frequency Standard
61 KHZ - 70 KHZ Fixed
70 KHZ - 110 KHZ LORAN C NAVIGATION
110 KHZ - 160 KHZ MARITIME FIXED
160 KHZ - 200 KHZ FIXED
200 KHZ - 285 KHZ AERO RADIO NAVIGATION
285 KHZ - 325 KHZ MARITIME RADIO NAVIGATION
325 KHZ - 405 KHZ AREA RADIO NAVIGATION
405 KHZ - 415 KHZ MARITIME RADIO NAVIGATION
415 KHZ - 490 KHZ MARITIME TELEGRAPHY
490 KHZ - 510 KHZ INTERNATIONAL DISTRESS (500KHZ)
510 KHZ - 535 KHZ AERO RADIO NAVIGATION
535 KHZ - 1605 KHZ AM BROADCAST BAND (Example=KYW is 1060KHZ)
1.605 MHZ - 1.8 KHZ FIXED/AERO & MARITIME RADIO LOCATION
1.8 MHZ - 2.0 MHZ 160 METER HAM
2.00 MHZ - 2.065 MHZ Maritine
2.00 MHZ - 2.17 MHZ FIXED
2.144 MHZ - 2.17 MHZ AERO
2.17 MHZ - 2.195 MHZ (2182 KHZ is International Distress)
2.195 MHZ - 2.498 MHZ FIXED
2.3 MHZ - 2.5 MHZ 120 METER International Short Wave BROADCAST BAND
2.505 MHZ - 2.625 MHZ FIXED
2.625 MHZ - 2.85 MHZ
2.85 MHZ - 3.155 MHZ AERO
3.155 MHZ - 3.4 MHZ FIXED
3.2 MHZ - 3.7 MHZ 90 METER International Short Wave BROADCAST BAND
3.4 MHZ - 3.5 MHZ AERO
3.5 MHZ - 4.0 MHZ 80-75 METER HAM
4.0 MHZ - 4.231 MHZ Ship to Shore (SSB)
4.231 MHZ - 4.3494 MHZ COASTAL CW
4.361 MHZ - 4.438 MHZ COASTAL Shore to Ship (SSB)
4.438 MHZ - 4.65 MHZ FIXED
4.65 MHZ - 4.75 MHZ AERO
4.75 MHZ - 4.995 MHZ FIXED
4.70 MHZ - 5.95 MHZ 60 METER International Short Wave BROADCAST BAND
5.00 WWV National Bureau of Standards, Ft Collins, CO
5.005 MHZ - 5.45 MHZ FIXED
5.45 MHZ - 5.73 MHZ AERO
5.73 MHZ - 5.95 MHZ FIXED
5.95 MHZ - 6.2 MHZ 49 METER International Short Wave BROADCAST BAND
6.2 MHZ - 6.514 MHZ Maritine
6.514 MHZ - 6.525 MHZ COASTAL SSB
6.525 MHZ - 6.765 MHZ AERO
6.765 MHZ - 7.00 MHZ FIXED
7.00 MHZ - 7.30 MHZ 40 METER HAM
7.1 MHZ - 7.3 MHZ 41 METER International Short Wave BROADCAST BAND
7.3 MHZ - 8.195 MHZ FIXED
8.195 MHZ - 8.4595 MHZ Ship to Shore (SSB)
8.4595 MHZ - 8.7044 MHZ COASTAL CW
8.7285 MHZ - 8.815 MHZ COASTAL Shore to Ship (SSB)
8.815 MHZ - 9.04 MHZ AERO
9.04 MHZ - 9.5 MHZ FIXED
9.0 MHZ - 9.775 MHZ 31 METER International Short Wave BROADCAST BAND
9.775 MHZ - 9.995 MHZ FIXED
10.000 MHZ WWV
10.005 MHZ - 10.1 MHZ AERO
10.1 MHZ - 10.15 MHZ 30 Meter HAM
10.15 MHZ - 11.175 MHZ FIXED
11.175 MHZ - 11.4 MHZ AERO
11.4 MHZ - 11.7 MHZ FIXED
11.7 MHZ - 12.100 MHZ 25 METER International Short Wave BROADCAST BAND
11.975 MHZ - 12.33 MHZ FIXED
12.33 MHZ - 12.689 MHZ Ship to Shore (SSB)
12.689 MHZ - 13.0708 MHZ COASTAL CW
13.137 MHZ - 13.2 MHZ COASTAL Shore to Ship (SSB)
13.2 MHZ - 13.36 MHZ AERO
13.36 MHZ - 14.00 MHZ FIXED
14.00 MHZ - 14.35 MHZ 20 METER HAM
14.35 MHZ - 14.99 MHZ FIXED
15.00 MHZ WWV
15.01 MHZ - 15.1 MHZ AERO
15.1 MHZ - 15.45 MHZ 19 METER International Short Wave BROADCAST BAND
15.45 MHZ - 16.46 MHZ FIXED
16.46 MHZ - 16.9175 MHZ Ship to Shore (SSB)
16.9175 MHZ - 17.1969 MHZ COASTAL CW
17.255 MHZ - 17.36 MHZ COASTAL Shore to Ship (SSB)
17.36 MHZ - 17.7 MHZ FIXED
17.7 MHZ - 17.9 MHZ 16 METER International Short Wave BROADCAST BAND
17.9 MHZ - 18.03 MHZ AERO
18.068 MHZ - 18.168 MHZ 17 METER HAM BAND
18.03 MHZ - 19.99 MHZ FIXED
20.000 MHZ WWV
20.01 MHZ - 21.00 MHZ FIXED
21.00 MHZ - 21.45 MHZ 15 METER HAM
21.45 MHZ - 21.75 MHZ 13 METER International Short Wave BROADCAST BAND
21.75 MHZ - 21.85 MHZ FIXED - Maritime
21.85 MHZ - 22.00 MHZ AERO
22.00 MHZ - 22.374 MHZ Ship to Shore (SSB)
22.374 MHZ - 22.561 MHZ COASTAL CW
22.6245 MHZ - 22.72 MHZ COASTAL Shore to Ship (SSB)
22.72 MHZ - 23.2 MHZ FIXED
23.2 MHZ - 23.35 MHZ AERO
23.35 MHZ - 24.99 MHZ FIXED
24.89 MHZ - 24.99 MHZ 12 METER HAM BAND
25.01 MHZ - 25.07 MHZ FIXED
25.11 MHZ - 25.6 MHZ FIXED
25.60 MHZ - 26.10 MHZ 11 METER International Short Wave BROADCAST BAND
26.1 MHZ - 27.5 MHZ FIXED
26.965 MHZ - 27.405 MHZ 11 METER CB BAND
27.405 MHZ - 28.00 MHZ Government
28.00 MHZ - 29.70 MHZ 10 METER HAM
29.7 MHZ - 30.005 MHZ FIXED
30.00 MHZ - 30.56 MHZ GOVERNMENT
30.56 MHZ - 30.86 MHZ INDUSTRIAL
30.46 MHZ - 31.1 MHZ LAND TRANSPORTATION
30.86 MHZ - 32.00 MHZ PUBLIC SERVICE
32.00 MHZ - 33.00 MHZ GOVERNMENT
33.10 MHZ - 33.40 MHZ INDUSTRIAL
33.40 MHZ - 34.00 MHZ PUBLIC SERVICE
34.00 MHZ - 35.00 MHZ GOVERNMENT
35.00 MHZ - 35.20 MHZ INDUSTRIAL
35.20 MHZ - 35.70 MHZ MOBILE PHONE
35.42 MHZ - 35.46 MHZ IMTS MOBILE PHONE - BASE TO CAR
35.70 MHZ - 36.00 MHZ INDUSTRIAL
36.00 MHZ - 37.00 MHZ GOVERNMENT
37.00 MHZ - 37.42 MHZ PUBLIC SERVICE
37.42 MHZ - 37.90 MHZ INDUSTRIAL
37.90 MHZ - 38.00 MHZ PUBLIC SERVICE
38.00 MHZ - 39.00 MHZ GOVERNMENT
39.00 MHZ - 40.00 MHZ PUBLIC SERVICE
40.00 MHZ - 42.00 MHZ GOVERNMENT & ISM SHARED
42.00 MHZ - 42.95 MHZ PUBLIC SERVICE
42.95 MHZ - 43.20 MHZ INDUSTRIAL
43.20 MHZ - 43.70 MHZ MOBILE PHONE
43.42 MHZ - 43.46 MHZ IMTS MOBILE PHONE - CAR TO BASE
43.70 MHZ - 44.6 MHZ GOVERNMENT
44.60 MHZ - 46.6 MHZ PUBLIC SERVICE
46.00 MHZ - 47.00 MHZ GOVERNMENT
WIRELESS TELEPHONES
47.00 MHZ - 47.70 MHZ PUBLIC SERVICE
47.42 MHZ - 49.60 MHZ INDUSTRIAL
49.00 MHZ - 50.00 MHZ GOVERNMENT
WIRELESS TELEPHONES
50.00 MHZ - 54.00 MHZ 6 METER HAM
54.00 MHZ - 60.00 MHZ TV CHANNEL 2 (sound is at 59.75 mhz)
60.00 MHZ - 66.00 MHZ TV CHANNEL 3
66.00 MHZ - 72.00 MHZ TV CHANNEL 4
72.00 MHZ - 73.00 MHZ FIXED
73.00 MHZ - 74.60 MHZ RADIO ASTROMONY
74.60 MHZ - 75.40 MHZ AERO RADIO NAVIGATION
75.4 MHZ - 76.00 MHZ FIXED
76.00 MHZ - 82.00 MHZ TV CHANNEL 5
82.00 MHZ - 88.00 MHZ TV CHANNEL 6 (sound is at 87.75mhz)
88.00 MHZ - 108.00 MHZ FM BROADCAST BAND
108.00 MHZ - 112.00 MHZ TVOR ILS LOCALIZER (AERO)
112.00 MHZ - 118.00 MHZ VOR NAVIGATION (AERO)
118.00 MHZ - 136.00 MHZ AIRCRAFT COMMUNICATIONS
136.00 MHZ SATALITES
136.00 MHZ - 144.00 MHZ GOVERNMENT
144.00 MHZ - 148.00 MHZ 2 METER HAM
148.000 MHZ - 150.80 MHZ GOVERNMENT
150.80 MHZ - 150.98 MHZ LAND TRANSPORTATION
150.98 MHZ - 151.49 MHZ PUBLIC SERVICE
151.49 MHZ - 152.00 MHZ INDUSTRIAL
152.00 MHZ - 152.225 MHZ DOMESTIC PUBLIC (PAGING)
152.225 MHZ - 152.465 MHZ LAND TRANSPORTATION
152.465 MHZ - 152.495 MHZ INDUSTRIAL
152.495 MHZ - 152.855 MHZ IMTS MOBILE PHONE - BASE TO CAR
152.855 MHZ - 153.7325MHZ INDUSTRIAL
153.7325MHZ - 154.46 MHZ PUBLIC SERVICE
154.46 MHZ - 154.6275MHZ INDUSTRIAL
154.6275MHZ - 156.25 MHZ PUBLIC SERVICE

156.025 MHZ - 157.425 MHZ MARINE CHANNELS 1-88 SHORE TO SHIP
157.20 MHZ - 157.40 MHZ MARINE TELEPHONE CH 24-28 & 84-87 SHORE TO SHIP

157.45 MHZ - 157.725 MHZ LAND TRANSPORTATION
157.725 MHZ - 157.755 MHZ INDUSTRIAL
157.755 MHZ - 158.115 MHZ IMTS MOBILE PHONE - CAR TO BASE
158.115 MHZ - 158.475 MHZ INDUSTRIAL
158.475 MHZ - 158.715 MHZ DOMESTIC PUBLIC
158.715 MHZ - 159.48 MHZ PUBLIC SERVICE
159.48 MHZ - 161.575 MHZ LAND TRANSPORTATION
161.625 MHZ - 161.775 MHZ REMOTE PICKUP
160.625 MHZ - 162.025 MHZ MARINE CHANNELS 1-88 SHIP TO SHORE
161.80 MHZ - 162.00 MHZ MARINE TELEPHONE CH 24-28 & 84-87 SHIP TO SHORE
162.4, 162.475, 162.55MHZ GOVERNMENT WEATHER
162.00 MHZ - 166.25 MHZ GOVERNMENT
166.25 MHZ - 172.375 MHZ PUBLIC SERVICE/REMOTE PICKUP
172.375 MHZ - 174.00 MHZ INDUSTRIAL
174.000 MHZ - 180.000 MHZ TV CHANNEL 7
180.000 MHZ - 186.000 MHZ TV CHANNEL 8
186.000 MHZ - 192.000 MHZ TV CHANNEL 9
192.000 MHZ - 198.000 MHZ TV CHANNEL 10
198.000 MHZ - 204.000 MHZ TV CHANNEL 11
204.000 MHZ - 210.000 MHZ TV CHANNEL 12
210.000 MHZ - 216.000 MHZ TV CHANNEL 13
216.000 MHZ - 220.000 MHZ GOVERNMENT - TELEMETRY
220.000 MHZ - 225.000 MHZ P 1.25 METER HAM (P BAND 220-390 MHZ)
225.000 MHZ - 328.600 MHZ GOVERNMENT/AERO
328.6 MHZ - 335.4 MHZ AERO ILS GLIDESLOPE
335.4 MHZ - 400.00 MHZ GOVERNMENT/AERO
400.00 MHZ - 406.00 MHZ L RADIOSONDE (L BAND 390-1550 MHZ)
406.125 MHZ - 406.875 MHZ TRAIN MOBILE PHONE
416.125 MHZ - 416.975 MHZ TRAIN MOBILE PHONE
406.00 MHZ - 420.00 MHZ GOVERNMENT
420.000 MHZ - 450.000 MHZ 3/4 METER HAM
450.000 MHZ - 451.000 MHZ BC REMOTE PICKUP
451.300 MHZ - 451.500 MHZ TELEPHONE MAINTENANCE - BASE
451.000 MHZ - 452.000 MHZ INDUSTRIAL
452.000 MHZ - 453.000 MHZ LAND TRANSPORTATION
453.000 MHZ - 454.000 MHZ PUBLIC SERVICE
454.375 MHZ - 454.650 MHZ IMTS MOBILE PHONE BELL TELEPHONE
454.675 MHZ - GROUND TO AIR SIGNALING FOR PHONE SERVICE
454.700 MHZ - 454.975 MHZ IMTS MOBILE PHONE RCC
455.000 MHZ - 456.000 MHZ BC REMOTE PICKUP
456.300 MHZ - 456.500 MHZ TELEPHONE MAINTENANCE
456.000 MHZ - 457.000 MHZ INDUSTRIAL
457.000 MHZ - 458.000 MHZ LAND TRANSPORTATION
458.000 MHZ - 459.000 MHZ PUBLIC SERVICE
459.375 MHZ - 459.650 MHZ IMTS MOBILE PHONE BELL TELEPHONE
459.700 MHZ - 459.975 MHZ IMTS MOBILE PHONE RCC
460.000 MHZ - 462.525 MHZ INDUSTRIAL
462.55 MHZ - 462.725 MHZ GRMS (BASE TO CAR)

462.725 MHZ - 463.225 MHZ C

463.225 MHZ - 464.725 MHZ INDUSTRIAL

466.475 MHZ - 470.000 MHZ INDUSTRIAL
467.55 MHZ - 467.725 MHZ GMRS (CAR TO BASE)

470.00 MHZ - 512.00 MHZ SHARED LAND MOBILE WITH UHF TV 14-20
470.000 MHZ - 806.000 MHZ UHF TV CHANNEL 14-69
806.000 MHZ - 890.000 MHZ UHF TV CHANNEL 70-83 (RE-ALLOCATED TO CELLULAR,ETC)
806.000 MHZ - 821.000 MHZ SAFETY & SPECIAL RADIO SERVICES
821.00 MHZ - 825.00 MHZ SATELITE MOBILE REPEATERS
825.00 MHZ - 835.00 MHZ CELLULAR - NON WIRELINE - RECEIVER
835.00 MHZ - 845.00 MHZ CELLULAR - WIRELINE - RECEIVER
845.000 MHZ - 851.00 MHZ
851.000 MHZ - 866.000 MHZ SAFETY & SPECIAL RADIO SERVICES
866.00 MHZ - 870.00 MHZ SATELITE MOBILE REPEATERS
870.00 MHZ - 880.00 MHZ CELLULAR - NON WIRELINE - TRANSMITTER
880.00 MHZ - 890.00 MHZ CELLULAR - WIRELINE - TRANSMITTER
890.00 MHZ - 902.00 MHZ GOVERNMENT
902.00 MHZ - 928.00 MHZ HAM
915.00 MHZ ISM DEVICES
928.00 MHZ - 947.00 MHZ
947.00 MHZ - 952.00 MHZ STUDIO TO TRANSMITTER LINKS
952.00 MHZ - 960.00 MHZ FIXED
960.00 MHZ - 1215 MHZ AERO RADIONAVIGATION - TACAN & DMETATC TRANSPONDER
1215 MHZ - 1240 MHZ
1240 MHZ - 1300 MHZ HAM
1300 MHZ - 1990 MHZ S GOVERNMENT/AERO NAV/FIXED/AERO MOBILE (S=1550-5200)

1990 MHZ - 2110 MHZ STUDIO TO TRANSMITTER LINKS/REMOTE PICKUPS
2150 MHZ - 2162 MHZ MDS (MULTIPOINT TV DISTRIBUTION)
2200 MHZ - 2300 MHZ GOVERNMENT
2300 MHZ - 2450 MHZ HAM
2450 MHZ ISM DEVICES
2500 MHZ - 2700 MHZ OPERATIONAL FIXED/INTERNATIONAL CONTROL
2700 MHZ - 2900 MHZ AERO NAVIGATION/ METEROLOGICAL AIDS
2900 MHZ - 3100 MHZ RADIO NAVIGATION
3100 MHZ - 3300 MHZ GOVERNMENT
3300 MHZ - 3500 MHZ HAM
3400 MHZ - 3500 MHZ FIXED SATALITE
3500 MHZ - 3700 MHZ TAKEN FROM HAMS RECENTLY
3700 MHZ - 4200 MHZ C COMMON CARRIER MICROWAVE RELAY (C BAND 3900-6200)
4200 MHZ - 4400 MHZ RADIO ALTIMETER
4400 MHZ - 4990 MHZ GOVERNMENT
4990 MHZ - 5000 MHZ RADIO ASTRONOMY
5000 MHZ - 5100 MHZ AREO RADIO NAVIGATION
5100 MHZ - 5250 MHZ X GOVERNMENT (X BAND 5200-10,900 MHZ)
5250 MHZ - 5650 MHZ RADIO NAVIGATION
5400 MHZ C BAND WEATHER RADAR
5650 MHZ - 5925 MHZ HAM
5925 MHZ - 6425 MHZ COMMON CARRIER MICROWAVE/SATALITE
5800 MHZ ISM DEVICES
6425 MHZ - 6875 MHZ
6875 MHZ - 7125 MHZ STUDIO TO TRANSMITTER LINKS/REMOTE PICKUPS
7125 MHZ - 10.0 GHZ GOVERNMENT
10.00 GHZ - 10.5 GHZ HAM
10.5 GHZ - 11.65 GHZ FIXED (MICROWAVE POINT TO POINT)
11.65 GHZ - 11.7 GHZ DOWNLINK
11.7 GHZ - 13.2 GHZ FIXED
13.2 GHZ - 13.25 GHZ UPLINK
13.25 GHZ - 24.00 GHZ FIXED - AERO - SATALITE -
22.235 GHZ RESONANCE FREQUENCY OF WATER
24.0 GHZ - 24.25 GHZ HAM
24.125 GHZ ISM DEVICES

48.00 GHZ - 50.00 GHZ HAM
60 GHZ RESONANCE FREQUENCY OF OXYGEN
71.00 GHZ - 76.00 GHZ HAM

165.000 GHZ - 170.00 GHZ HAM

240.00 GHZ - 250.00 GHZ HAM

300.00 GHZ - ALL ABOVE HAM

30,000 GHZ = 100,000 ANGSTROM UNITS

----- Light Waves---
10,000 - 100,000 ANGSTROM UNITS INFRA-RED
8,000 ANGSTROM UNITS RED
ORANGE
YELLOW
GREEN
BLUE
VIOLET
100 -4,000 ANGSTROM UNITS ULTRA-VIOLET
1 - 100 ANGSTROM UNITS XRAYS
.01 - 1 ANGSTROM UNITS GAMMA RAYS (RADIUM)
.001 - .01 ANGSTROM UNITS COSMIC RAYS (INTER STELLAR SPACE)

magpwr · September 30, 2014, 12:13:07 PM

Quote from: itsu on September 30, 2014, 09:10:18 AM
Thanks starcruiser, but why is that important? What is it with this 1.8MHz operating frequency? (66.6 times 27KHz?).

Thanks, itsu

hi itsu,

Please read this attached document which contain Russian at the top and English at the bottom once more which i took the trouble to create a pdf from Akula Tesla coil tuning video.
Why pdf and not standard character size so that the words can be made bigger for us to grasp better if anyone asked.

I have posted my explanation previously base on my understanding of the Akula's Tesla coil tuning video which Menofather assist to type out.
From this point on i shall no longer repeat if any pointer wasn't noted.

I have added my explanation somewhere at bottom of the pdf document.Please take note this is based on 1st part of the translation.

Please read the 2nd part in English base on Akula's speech and refer to the older post at the point this Akula speech was translated into English.

To wrap it up why 1.7...1.8Mhz range is important the lower frequency value selected is 66th sub-harmonics which is around 18 - "27khz" - 32khz." (But don't ask me why all i know it is sub harmonics of the actual frequency)

15:05 Everything. This coincides
again with the low-frequency oscillations of the earth. 15:12 They are even lower. 15:14
But on the air-core transformer to fall below 17 kHz makes no sense. All are now seeing.
15:24 We have determined. 15:26 Here 1.7 megahertz. 15:28 Here 1.7 megahertz. Here
15:32 17 to 30 kilohertz.

I have attached Ruslan simple nanosecond drawing.If you noticed the nanosecond pulse need to appear at the top of the sine-wave which is of lower frequency.

There 1 or 2 of these possibilities for the lower frequency as shown in drawing which the nanosecond is at the middle
1) tesla coil oscillating at it's resonance frequency with 2SC5200 transistor and nanosecond generator trigger at the right point/moment of the waveform.
2)nanosecond generator is in sync with eg:27khz(signal for yoke/toroid core) as one of the sub-harmonics of the resonance frequency of the tesla coil which was pre-tuned.

nanosecond pulse is in kv.
If you search carefully in document there would be mentioned of using more than 100volts for the nanopulser.Since tesla coil with transistor is using around dc 150volts.Providing a nanosecond pulse might behave like a "interrupter" like those circuit used to make solid state tesla coil driver with "interrupter".But this is in sync at the peaks.

d3x0r · September 30, 2014, 08:36:53 PM

just ignore my rambling...

I really don't know why I didn't do diagnostics on the coil...
In this cofiguration
with different parameters, because even if it works, it doesn't work ideally... which is why conceptually it needs to be understood... but anyway

it's a symphony of frequencies in various configurations. With a 496nF (.47uF) cap the 'drive' coil which measures about 222uH oscillates at about 15kHz... with a high resonant voltage...
the kapandaze output has a resonant frequency of 850Khz... to make 222uH resonate at that frequency would be 149pF (which isn't a 'real' number) (the inducantace of the kapandaze is 266... for all that wire and coils...

I think I understand how the heart works what with valves and muscles and stuff... but there's a pulsing motion outside of that which also drives it.. something like how an earthworm moves....
------
at such a low frequency, I'm driving with a square wave, through a ferrite core of quite some mass, and measuring the signal at the load output, there is a large sin wave that has substantial voltage...
-----
there was also somenoe insisting that the diode is backwards... but the point is, there's always electrons available from ground, there's not always positive potential available... in theory the ground works its way up the coil, and is captured by the diode/spark gap to the load... which is driven from load to negative x voltage.

ya probably. sync the kacher high voltage withing a peek...
----
oh that other schematic... akula kacher variant
----
The sausage(I think sometimes if google doesn't know it just picks a random word) has a lot of frequencies...

Hoppy · October 01, 2014, 05:38:07 AM

Quote from: d3x0r on September 30, 2014, 08:36:53 PM
just ignore my rambling...

I really don't know why I didn't do diagnostics on the coil...
In this cofiguration
with different parameters, because even if it works, it doesn't work ideally... which is why conceptually it needs to be understood... but anyway

Agreed. If it does work as claimed, I'm beginning to think its incorrect to look at this device in terms of primarily having an induction generated output. As some have suggested way back in this thread, the main taper wound coil should in order to understand the principle of operation, be primarily viewed as a very high voltage capacitor in order to maximise its inter-winding capacitance. This is why I think TK stressed the importance of needing co-ax cable for his builds. The push-pull oscillator is possibly the pulsing element of the circuit, set to a frequency that maintains a standing wave across the lamp load. As both you and Itsu have commented, its essential that we fully understand the modus-operandi of these devices in order to have a good chance of replication. Can anyone elaborate on this assuming they agree?

Kapanadze Cousin - DALLY FREE ENERGY

Void

starcruiser

magpwr

d3x0r

Hoppy