Inventing incredibly high voltage analogues to the diode and transistors

[Inquorate]

I hope some of my other threads die off, and that people don't mind too much me starting another one, but after doing this;

YouTube - c30kv magnetic diode proof of concept

My dad turned around and said to me, 'looks pretty, but what can it do?'

And I realised, it's the forefather of a whole new set of incredibly high voltage electronic components..

The first vacuum tubes were diodes, then became simple dc on off switches.

Now it can change incredibly high voltage high amperage alternating current from a transformer into direct current.

But the same principle can, like a vacuum tube, evolve into a triode - the transistor analog. Once I get components that will operate at incredibly high voltages, yet be controlled by simple low voltage electromagnets, I can really shake the aether and make aetheric circuits instead of electronic ones.. Who knows what may come from this?

So, the purpose of this thread is to experiment with, and evolve 30+ kv diodes and transistors.. Etc.

Not having these components is keeping us using low voltages, but we all know that high voltages affect greater aetheric / scalar wave effects.

Love and light

[Peter Lindemann]

The Director

Inquorate,

Good thinking. As you can see from the following link, a few folks have been thinking along the same lines as you.

Director

In this case, they use the gas plasma of a Neon Tube and steer it with a Neo magnet into one channel or the other, thereby "rectifying" the flow.

Enjoy,

Peter

[morpher44]

AC current flow prevented / enhanced by magnets

Tesla used magnets in his spark gaps to quench the spark
rapidly to make for a faster pulse.

I've seen others on youtube experiment with AC and magnets,
noting that current flows in one direction but not the other.

I tried it too here...

YouTube - ac magnet rectifier

[sucahyo]

Interesting . how many amp going trought the gap? can it prevent radiant HV too?

[Inquorate]

Inquorate,

Good thinking. As you can see from the following link, a few folks have been thinking along the same lines as you.

Director

In this case, they use the gas plasma of a Neon Tube and steer it with a Neo magnet into one channel or the other, thereby "rectifying" the flow.

Enjoy,

Peter

Thanks for the link Peter, theirs looks expensive but almost the same principle.

What will be really nice is a electromagnet controlled transistor, but first I'll get onto making a full wave bridge rectifier.

As well as the circular magnetic field, the cathode (negative) will have a point, while the anode (positive) will be rounded. Thus electron flow will be much more probable in one direction than the other.

[Inquorate]

Interesting . how many amp going trought the gap? can it prevent radiant HV too?

If tesla was right about the magnetic field being a condition of the aether, then it should be a diode for radiant also

Up to 2 amps at 240v at ignition coil primary, but since the secondary output is 30kv, it really begins behaving like a gas under pressure.

If we shut the release valve on a steam engine, the boiler may explode. If the magnet diode is stopping the flow in one direction and there is still 'pressure' in the blocked direction, the voltage rises and rises until something gives. I had 120kv of caps which were overflowing and shorting out even though I was only using 30kv dc because the diode was set to stop the flow.

My ignition coil now arcs thru it's own insulation.

So I recommend a safety valve like in my above video, and remember current and voltage are both pressure on the system.

Love and light

[Inquorate]

test

I was testing the diode with unrectified ac from another ignition coil, seeing if it would rectify ac by visually inspecting a cfl tube's brightness. I was not using any capacitors except the one after the light dimmer and before the ignition coil primary.

I was sufficiently impressed as the cfl was half as bright, and therefore lit with dc.

I ran it for about 20 mins, then switched off the dimmer, discharged the capacitor.

One hour later because the missus wanted a clear loungeroom floor, I was moving everything aside, and put the cfl on the lab power supply I built.

Bang! Dead and blackened cfl, burn mark on the lab power supply case.

I think that shouldn't have happened as it was off at one of the two wires from the wall, and the secondary was an open circuit, but the casing of the lab supply is 'grounded' and was also plugged in.

maybe exotic, maybe not, but it wouldn't happen again (yes, I tried to duplicate it)

Anyway, be careful with this circuit.

love and light

[Inquorate]

Nothing exotic

The dimmer circuit is still live even when off, so unplug it when you're not using it.

Oops

[rave154]

INQ good stuff ( as usual )

[thedude]

The dimmer circuit is still live even when off, so unplug it when you're not using it.

Oops

:P I hear you on that Inq. I threw the switch to my HV output and left my self oscillator run all night, completely waxing my primary bat coincidentaly. (someone cue the french horn).

[lighty]

the cathode (negative) will have a point, while the anode (positive) will be rounded. Thus electron flow will be much more probable in one direction than the other.

I was just about to suggest that. I experimented with such electrodes in the past and they surely behave like a diode when exposed to AC. If the distance between electrodes is appropriate and if you blow air (not high pressure flow like in arc blowout setup) in order to cool electrodes and blow out hot ions then it will behave exactly like HV diode even without magnetic interrupter.

[lighty]

I almost forgot. IIRC there was such setup that would allow for much higher breakthrough voltage and would act as a kind of diode in one of the Kinraid patents you can find on Jeff Behary's website. I'm not sure about this one but it certainly is worth checking out.

[FrozenWaterLab]

I think yer on to something here Inquorate. Can you set up a timing circuit to pulse it and how fast can it be pulsed?
What I'm woundering, is the radiant energy still flowing even though the electrons are stopped.
Can you post a Scematic of what you have done?
I'd like to try adding a tank circuit or some such to see what type of spikes are developing
when turning on and off etc. You may be able to develop charging capability and produce power directly????
FrznWtr

I hope some of my other threads die off, and that people don't mind too much me starting another one, but after doing this;

YouTube - c30kv magnetic diode proof of concept

My dad turned around and said to me, 'looks pretty, but what can it do?'

And I realised, it's the forefather of a whole new set of incredibly high voltage electronic components..

The first vacuum tubes were diodes, then became simple dc on off switches.

Now it can change incredibly high voltage high amperage alternating current from a transformer into direct current.

But the same principle can, like a vacuum tube, evolve into a triode - the transistor analog. Once I get components that will operate at incredibly high voltages, yet be controlled by simple low voltage electromagnets, I can really shake the aether and make aetheric circuits instead of electronic ones.. Who knows what may come from this?

So, the purpose of this thread is to experiment with, and evolve 30+ kv diodes and transistors.. Etc.

Not having these components is keeping us using low voltages, but we all know that high voltages affect greater aetheric / scalar wave effects.

Love and light

[CosmicFarmer]

INQ - do you think your caps were acting like a marx generator, charging up to such high volts?

[Inquorate]

Marx

I don't know about a marx generator, but I found a text by tesla that says a spark gap and a capacitor can be a step-down transformer, and something from moray where he says a cap discharge can be likened to stretching the aether until it snaps back further than you stretched it...

Interesting to note now that that cap bank now overflows and arcs from the 'electrode' to the case when I try to use it

Ii've got more to share soon when more time.