What Kondis take?

This circuit would build up to now is the question what Kondis I with 4, 7uF and min 200V strength should take. In the left pane I use normal Kerkos think time goes, only I am I to take right me insecure se should be stop pulse Festival I think. purchase but capacitor 4, 7uF/200V

The dielectric strength must employment services melbourne be so high because induction tips.

With the capacitor had a little around experimentation, because he for the oscillating circuit with charge is. I veruchs now with nem Theard recycling so to say ^ ^ the overview due to

So I get a HV Cap with 30nf/15kV in 1-2 weeks for my TC, but I do not know whether the 15kVAC or DC are!
Figured out I got the CAP about 13kV AC withstand must... well if now has the CAP 15kVDC and the DC: AC is verhälniss as well as at folienkondys, I'm only about 9kV AC: cry:

However the HV Cap I as far as white ceramic and when Googling for ceramic kondis I never got DC or AC gave to found, but always only General or DC, so white have different voltage strength someone whether ceramic Kondis at all? well then let I just surprise me and wait until I have the Condi

Magnetic impulses

just a question for those who have it or have made such experiments already.

Can magnetic single pulses transform?

If you e.g. short-circuits strong capacitors a spiral coil there Yes a huge impulse that hundreds of meters far away throws a beer can. If now the bobbin is wound but tubular and a second coil with more coils in it, would the impulse trigger a high-voltage pulse so that a bolt of lightning would occur?

EG: A discharge of 100 kV on the coil with 10 threads. Would 1 million Volt be with 100 threads?
Both coils are placed close Cable jointing together. Air core coils or iron core (in the case of ferrite)?

A pulse triggers Yes a huge energy wave. This would have to be absorbed by a secondary coil.
Theoretically. Finally slice the wave travels even beer cans, if the coil is built. Guess that's possible (delta = voltage change flow through delta t).
Just an impulse is transmitted a ignition coil. The problem is likely the isolation of Sekundäspule between coils sein...da and others can come together then a few kV.

Since it is this imho to a Magn. Coupling is, it is important that the core and the density of river to cope with and is not saturated. Is not actually exactly the principle of a Tesla coil? And also the principle of Zer hacker circuits?
High pulses are blown in a transformer - time without time with core - to get to the other coil high voltage.
One works by Paul's ignition coil control as well. I think that it will go without core, but probably not so good.

Paul has also an ignition coil control, which works only with pulses from some Kondis on his side. my spark inductor works according to the principle of magnetic pulse, as you describe it. 10 primary over which a capacitor is discharged and 4000 secondary. Only the isolation is problematic on a large scale. Exactly noticed: A SGTC works in the resonance behavior. But a single pulse, which is very powerful, would still generate a short electron impact or known. The evidence of the backlash of a beer can is already very huge!
This force in a copper Helix, since something had to happen. Tomorrow, I will do it again a small test with the start capacitor. Maybe something is happening.

Frequency distribution on several ignition coils

I've built up a frequency generator according to the principle of the "vibrator". Now the generated frequency on several ignition coil circuits would like to distribute to save space and material. So say: I want to drive twelve ignition coils with a frequency generator. The question is, how can I do to turn it evenly on the twelve solid-state relay the frequency? For tips and help, I would be very grateful. would be good to know if you should only Palanka, or iwas synchronously to ignite
You can easily distribute the signal, bipolar driver for each mosfet gibts nen bd139/140, and then stop signal output of the oscillator to each driver stage, then Palanka them synchronously. I'm building a reactor to produce chemical reactions in the gas flow and control; Doctorate in this field; so far, I've worked with a HV source; but she can produce only a spark.
So it would be important, that I can control the discharge or that they are systematically generated. Either they fire directly at a time or just at the same time; but it must be controlled.
A colleague of mine has always been referred to a so-called "register". Couldn't find anything in this direction but so far. No, in principle, all ignition coils to radio at the same time; at the same time of course, only a question of the time interval being, which I consider. It would be good if sparks each coil with a frequency of at least 75 Hz. I want to control but this frequency; so that I can control the energy of the spark in the reverse. There are only 12 spark plugs, because I this to represent a significantly more create sparks and so yes a higher turnover rate in my reactions to reach.

so pointed looks needs the earth testing reaction zone of an electric arc. To get a long-lasting spark out 12 coils, you can do the following:

1 set ignition coils on eBay
2. the proceeds on eBay buy an obit (costs approx. 20 euro) or from here try to get to a (can be cheaper)
3. obit connect and use its arc for the reactor

The advantage is that a constant arc has done little technical effort. The purchase of obits ranges at a loss. You need only the obit on the network to terminals and he runs. This saves you a lot of work with development of a circuit and wiring of 12 ignition coils.

Over several minutes, the obit delivers a constant arc, the one formed by a small Jacobs Ladder (with too little space for a spark) can increase within the reaction zone of 1 to 2 cm. It burns pretty broadly and consistently. is the sone top secret story where you'd kill me if knew me?
If not, time to post more details, I'll very clever draus nich what you want.
(I know reasonably with chemistry, by the way, LK-ler with 14 points)
You can make permanent arcs with neon transformers, which have namely a built-in throttle.
all other transformers such as mikrowellentrafos or obits are spritzp00p because they are hot on duration and from smoke.

need either a choke or climb around on what endurance solid.
If there spark should be your ignition coil, but which also can make permanent arcs enough as said
controllable is the thing with the so-called pulse wide scheme, short PWM (pulse width modulation), since you can control then easily the performance by gefritzel to power-arcs
For the secret info look just on my homepage; Since this is a or other. You're right, that behind a patent. For need also not permanent arc; so far, we have worked with Pulsed electric arcs or Plasmas.
Heat is for that reaction is not necessarily desirable, important, that the electrodes are durable. Therefore, too much heat is more harmful.
I've had the variant with the twelve 555, etc. in the sense; so far only had hoped there would be a smaller and simpler solution. We must control not every spark individually; sit there anyway all spark in the same reaction Chamber.
Am for all proposals Unfortunately my strengths are in chemistry, and not in electrical engineering.
I could send tomorrow even a photo friends of my Board. My circuit is the oscillator, Yes, you're talking about (think I). Can also come to a schematic.