Gray Tube Replication

[pranav2010]

diode

hi aaron

bridge is made with 1x3 microwave diode

for bridge i use only four diode 1x3

and you are right mic 6a4 means 6 amp 400v

20 diode in series mic 6a4

have wonderful day

[Guest]

scr diodes



I'm seeing here that you are not including a resistor to the gate of
your SCR diode. This further confuses me as I have still not been able
to successfully implement these into my CDI system.

The method I've been using is the dual-resistor voltage sink, tapping
the output from between two resistors to divide the voltage into
something to match what the datasheet says should be applied to the gate,
and it has resulted in no effect. The meter shows that when the gate
is contacted, the voltage output from between the two resistors goes from
+1.xx volts down to maybe -15V.

The way it ended up working for me was with a small pc fan spinning
to contact two metal contact wires together. It has a rectangle of
wood glued to the center and is slightly offset to produce one contact
per revolution. [video] It can be seen skipping once or twice from the
buildup of spark corrosion.

[Aaron]

@Pranav

hi aaron

bridge is made with 1x3 microwave diode

for bridge i use only four diode 1x3

and you are right mic 6a4 means 6 amp 400v

20 diode in series mic 6a4

have wonderful day

Hi Pranav,

Ok, my misunderstanding. I thought 1x3 meant x3 as in quantity 3.

Does your bridge get hot? The voltage is fine but the 1x3 I think
is rated too low for current. Even if the secondary MOT output is
not high current, it may work better with diodes rated at a higher
amperage. Your 6A4 is better for the bridge but if you are using
1700 output from secondary, it will take a lot of those.

For example, if you have 1700 output, I would make a bridge with
the 6A4 for at least 2500 volts so that means 6 to 7 diodes per side
X 4 = 24 to 28 of those diodes to make a bridge. I think you will get
much better results. But please do NOT do that yet if you think it
works fine now.

Please check your private message.

[mlurye]

FYI,
A lot of Russian sites lately are discussing Kapanadze and SR systems. And according to what everybody are saying authors of this systems are mixing AC and HV HF signal to drive a coil. So the trick is to find correct frequency for HV and HF and synchronize it with AC. And it will create very strong magnetic field and HV high current signal as result.
I do believe that Grays system using same idea.
The best of luck in your research.

[wings]

FYI,
A lot of Russian sites lately are discussing Kapanadze and SR systems. And according to what everybody are saying authors of this systems are mixing AC and HV HF signal to drive a coil. So the trick is to find correct frequency for HV and HF and synchronize it with AC. And it will create very strong magnetic field and HV high current signal as result.
I do believe that Grays system using same idea.
The best of luck in your research.

HV HF = plasma over coil

Spiral Plasma Tube on Vimeo
YouTube - MHD-VORTEX-PLASMA

[Aaron]

mixing

FYI,
A lot of Russian sites lately are discussing Kapanadze and SR systems. And according to what everybody are saying authors of this systems are mixing AC and HV HF signal to drive a coil. So the trick is to find correct frequency for HV and HF and synchronize it with AC. And it will create very strong magnetic field and HV high current signal as result.
I do believe that Grays system using same idea.
The best of luck in your research.

Thanks - very interesting! Any links to those sites?

[mlurye]

Aaron,
I'm talking about Russian forums, there ~90% of water. And there couple of people who are claiming that they replicated the device, but unfortunately they are not shearing on how to build it.

[mlurye]

Aaron, have you ever seen this demo YouTube - Selfrunning free energy Kapanadze device from SR193 with english subtitles?
This device generates very strong magnetic field and mixing HV and LV.

[Guest]

The 50mm fan has somehow lost its ability to self-start since using it
with the CDI system. I've got a copper wire serving to act as a bar
onto which the primary side of the interruptor armature will touch and
contact with the other.

[skaght]

I was posting on the water spark plug thread, but I think I should be posting here, since my circuit is moving away from igniting water and towards a grey tube type circuit. I'm using the standard setup for the water spark plug with a 20 uF capacitor and ignition coil. The spark gap is an LED. After firing the cap thru a small yellow LED, the LED blew out and now shoots orange green plasma out the side with each capacitor discharge (about 1 cm of plasma). The plasma is cold to the touch, and the LED doesn't get hot even with a little over 1 Hz repetition rate. I put a small 1.5 volt alkaline battery in series to ground with the LED and something interesting happens. The voltage on the battery spikes very NEGATIVE with each discharge. This seems to imply that a significant current is rushing up from ground. I just figured I'd post to see if it "sparked" any interest...

Edit:
After letting the circuit run, even though the scope shows a large negative spike with each impulse to the battery, the overall battery voltage is charging, albeit rather slowly.

[nat1971a]

i'm interested can you post a diagram

Cheers
N.

[skaght]

schematic


By skaght at 2011-03-02

I'm using an odd mix of high voltage diodes although I have some 1200 volt, 6 amp diodes on order which will replace the three HV diodes I'm currently using. The Relay is triggered with a basic transistor circuit and square wave generator. The circuit works best at about 1 Hz.

[nat1971a]

hmmm hmmmmmmmmmmmmmm

[Aaron]

plasma motor

By skaght at 2011-03-02

I'm using an odd mix of high voltage diodes although I have some 1200 volt, 6 amp diodes on order which will replace the three HV diodes I'm currently using. The Relay is triggered with a basic transistor circuit and square wave generator. The circuit works best at about 1 Hz.

Skaght,

That is basically the single cap simplified plasma ignition method. It should
be working exactly as you describe if the led is blown out, which it should
have blown out probably on the first pulse. With a battery like you have it,
that should charge as well. I have charged batteries in that exact
position but I'd be very careful because they could blow up. I do not
know the safety of it.

Replace the battery with a small inductor, put a rotor with magnets
over the inductor and trigger the relay with a hall effect or reed switch
off of one of the magnets on the rotor and you'll have a motor running
as I've shown.

[skaght]

@Aaron--I used your schematic for the original circuit. Have you seen any "negative energy" battery charging effects??? I'd love to charge a battery with negative energy and see some of the strange phenomenon that Bearden talks about...

And I agree with you, I wouldn't be surprised if the battery exploded. The circuit blew up a 1 ohm resistor in some earlier experiments. At least I'd guess that it shouldn't be a fire hazard as the circuit does seem to run cold.