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Tesla- Kapanadze generator

Started by Romero, October 15, 2011, 09:38:14 PM

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sinergicus

#165
Hi guys ; I don,t know if you are familiarized with Zilano replication of don smith work  .He claiming an 10 kw workable unit made by him....He gave to people from energetic forum  allot of details about his device .Here is the thread ...
http://www.energeticforum.com/renewable-energy/4864-donald-smith-devices-too-good-true-67.html

Unfortunately ,after a while he deleted his posts because some guys made fun of it and he disliked that .Fortunately I saved most of Zilano postings and pictures...

Here is :http://www.mediafire.com/?loltrdr54jtur7t
Zilano pictures
http://www.mediafire.com/?7n9nnmxwbx1ck9h

Here is one of the zilano,s free energy design with self powering flyback coil circuit ,which  I found very similar with romero schematic posted at page 9 at this thread


below  is one of the zilano sugestion regarding caduceus coil design


dllabarre

zilano never produced any proof of a working device.  No picture. No video. No measurements.

DonL

eagle

QuoteHi member77

#1) Please what is the purpose of the switch in the schematic?
It is a push button
Just to initially start oscillations in the circuit?
Yes I just press it for the moment for the oscillations to start

Hi JoeFr,

the switch is for initialising the oscillation. After start of oscillation the base-resistor is not needed any longer. By this the current-draw is reduced.

Regards

eagle

eagle

uhps,

my last post was an answer to member77 not JoFr the originator of the circuit in question.

eagle

a.king21

I don't want to dampen your enthusiasm but you have to be careful taking battery readings.
Readings taken during the experiment are not reliable as meters are not designed for high frequency and high voltages.
Please follow Romero's instructions in this regard. Wait at least 5 minutes after the experiment to take readings and THEN compare to start readings. Also make sure the circuit is completely switched off. Even better, put a load on your battery after the experiment to ensure it is not "fluffy" voltage.
If after this you have voltage gain then it is a good indication of OU, and further tests need to be carried out. :)

jimboot

Thanks for this Joe. I've been trying to adapt my kacher to Romero's setup.  I would not have thought to have the AV plug off the emitter. I was going to connect to the free end of the primary. Nice vids.

dllabarre

#171
My Caduceus coil.

I wound it like Romero:
  first: wound 2 wires side by side.
  Second: removed one wire and rewound it in opposite direction with crossovers

50 turns each wire
14 AWG stranded

Inductance:
  Red (bottom) wire 6.7uH
  Green (over top) wire 8.0uH
  Total (wires connected) 27.4uH

Form:
  2.5 cm outside diameter
  40 cm long
  30 cm used for wire winding

DonL

sinergicus

Regarding this picture is not clear for me the groundig of the L4 coil is a true grounding ( earth grounding)? Have no connection with any of that  2 batteries?


Romero

Quote from: sinergicus on December 27, 2011, 09:52:46 AM
Regarding this picture is not clear for me the groundig of the L4 coil is a true grounding ( earth grounding)? Have no connection with any of that  2 batteries?


earth grounding and nothing else

T-1000

#174
HI RomeoUK and others!

It is good to see you on same boat I went through. :)

RomeoUK, if you swap batteries to capacitors in your setuo, you should definitely see if they are self charging to high voltage what you get from secondary coil. Just keep in mind with battery, when you feed back high voltage impulses, your battery would explode like in Bedini case.

Also about Caduceus coil - It reminds our experiments:
http://www.youtube.com/watch?v=PmJg1Kmbgk4
http://www.youtube.com/watch?v=A7jbUA6_10c

Good luck to everyone with great supporting experiments you are doing!

Romero

#175
Quote from: T-1000 on December 27, 2011, 01:57:27 PM
HI RomeoUK and others!

It is good to see you on same boat I went through. :)

RomeoUK, if you swap batteries to capacitors in your setuo, you should definitely see if they are self charging to high voltage what you get from secondary coil. Just keep in mind with battery, when you feed back high voltage impulses, your battery would explode like in Bedini case.

Also about Caduceus coil - It reminds our experiments:
http://www.youtube.com/watch?v=PmJg1Kmbgk4
http://www.youtube.com/watch?v=A7jbUA6_10c

Good luck to everyone with great supporting experiments you are doing!
Hi and welcome,

This schematic is to prove that the selfcharge is working and with minimum components.
I don't give a chance to the batteries to explode and I am controlling the charge level. I am applying my last experiments in a better setup now.
I would advise everyone not to replicate Tesla schematic capturing energy from air/ozone or if you do it then not inside a room, that has lots of disadvantages especially health is very quick  affected, tested and now after many days since that experiment I still feel bad.
There is always a risk but at least the risk we know we should avoid if we can.
Caduceus we should use mainly because of no bemf from that type of coil. It can be done without caduceus having the coils like in a patent i posted before. http://underservice.org/index.php?action=dlattach;topic=5.0;attach=477
This type of coil was used in the Green box Kapanadze, one coil at one end the other at the other end and the big copper coil is the second primary or L3 from the previous schematic.


Success everyone!
Romero

LtBolo

Quote from: T-1000 on December 27, 2011, 01:57:27 PM
RomeoUK, if you swap batteries to capacitors in your setuo, you should definitely see if they are self charging to high voltage what you get from secondary coil. Just keep in mind with battery, when you feed back high voltage impulses, your battery would explode like in Bedini case.

Since the output is looped to the input, the cap voltage would continue to increase geometrically unless there is a variable impedance load. The advantage of the battery is that it can take a significant amount of extra energy without a significant change in voltage, thereby maintaining stable operation...for a while at least. If you manage to get extra energy and route it back into the caps that drive the primary, better provide some mechanism for dumping the extra energy in to a load or you will blow it up...quickly.

eagle

Hello Romero,

just one  question left: which transistor do you use in the "self-charging circuit".
I like to avoid burning semicoductors by trial & error - methode. I have a variety of transistors at my exposal, currently  using a 2SD718, 120 V.
Did you notice a strong voltage-spike during switch-off-cycle in L2 ? Transistor with build-in protector-diode needed ?

http://www.datasheetcatalog.org/datasheet/WINGS/2SD718.pdf

Regards

Romero

Quote from: eagle on December 27, 2011, 09:05:27 PM
Hello Romero,

just one  question left: which transistor do you use in the "self-charging circuit".
I like to avoid burning semicoductors by trial & error - methode. I have a variety of transistors at my exposal, currently  using a 2SD718, 120 V.
Did you notice a strong voltage-spike during switch-off-cycle in L2 ? Transistor with build-in protector-diode needed ?

http://www.datasheetcatalog.org/datasheet/WINGS/2SD718.pdf

Regards

I have tested different transistors, 2n3055, mje13007and all worked ok with small differences. Just to test and confirm the ideea any of them will be good.
I have not burned any transistors yet, I know that I should have a sync and chose the right time when the spark occurs to L3 but it works anyway without any protection so far but I was not using big coils. The next model I am working on should have a sync for all operations in the circuit.

Regards,
Romero

member77

#179
Hi JoeFR,
thanks for answering my questions.
Quote from: member77 on December 26, 2011, 06:29:14 AM
BTW: It is interesting that the current that lights the bulb, can not be measured with an AMP-meter.
Quote from: JoeFR on December 26, 2011, 07:37:08 AM
In my opinion is HF current so DC meter is not able to show it. The secondary coil operates between 120 - 145 khz.
This is an interesting aspect. But as far as I understand, the frequency of the oscillations (of the current and the voltage) is the same at all points in the circuit. So the frequency of the current in the supply line (between battery and Collector), is the same as the frequency of the current at the light bulb, I think. Obviously one would need an oscilloscope to verify this.

Do you think the frequency in the supply line (where the big Amp-meter measures ca. 1 A) is different from the frequency at the load, where the milliAmp-meter is used?