Plasma Ignition | Plasma Jet Ignition

[Aaron Murakami]

I'm curious Aaron what kind of magnets were you using, how were they configured on the fuel line, what strength were they and what kind of additive did you use? Because I have tried all of those things and never got any gains that were worth speaking of?? I was also using an EFIE circuit, do you remember your circuit voltage settings for the offset the EFIE was putting in the computer?
Thanks,
Ron

I don't recall the efie settings - I think I built it with an LED driver ship based on plans from George Wiseman.

Fuel additive was RPX Gas Kicker: https://www.amazon.com/gp/product/B0...SIN=B0002JN6H8 I used to be a distributor years ago. It decarbonizes the engine, reduces temp, almost completely eliminates nox on diesels, etc. many benefits proven in many dot tests.

This is the exact magnets I used: http://www.magnetizerproducts.com/products.php#autogas - that is my website. Polarity is opposite between fuel and air, you can see the red blue. I don't recall which is which.

[Aaron Murakami]

Hi Aaron,
I now have my Street Fire unit and am ready to do the final hookup!
If you can fill me in on the rest of the hookup pointers I will greatly appreciate it!
Happy 4th of july!

Thanks,
Ron

Have you hooked up the unit to your car and ran it with just the basic MSD ignition?

[rokan]

Connecting my MSD?

When you hook up the MSD/CDI, you are already getting a stronger spark at each plug - from coil, thru distributor directly to each plug.

After the MSD/CDI is hooked up, then you add diodes. 4 of them.

If you're coil isn't suitable for capacitive discharge, I'd recommend this one: https://www.amazon.com/gp/product/B0...SIN=B002Q363XM

After getting the cdi/msd hooked up, post your results and then we can diagram the diodes to the top of the plugs. That will be super easy.

Hello Aaron,
Since I only have the stock 96 Tacoma distributor, do you have an idea of how to connect my MSD unit to the magnetic pickup? Would I disconnect all the original wires coming from the magnetic pickup inside the distributor and connect the MSD to it as if it were an MSD distributor? Will that work? Does it get any signal from the computer that I will be interrupting?

Thanks,
Ron

[Hellenic Vanagon]

It seems that, finally, I found a way to post BIG images...

[Hellenic Vanagon]

From my documents collection:

Here is the reduction in the voltage can be done by a resistor, (R stamp), sparkplug:



11313 volts, (with a 4960 Ω, conventional, resistor), vs 23.31(=nothing) volts!

[Hellenic Vanagon]

Another point: retarding the timing, as it is supposed with plasma, there is a sharp increase in consumption, according to the trip computer measurements. It has to be as close as possible to the pinging point for the less possible consumption.

[Faraday88]

In my case a capacitor in parallel is forbidden by the manufacturer, ("do not connect capacitor of any kind to the primary"), but there is no prediction about a second, parallel, coil.

Yes, Both Parallel and Series Capacitor or both simultaneously (like i said in a Natural Lightning Discharge) can infuse Unpredictable power surges that can undoubtedly damage your scale of design in the coil/Switching etc..! question is.. how do you it at will ???
when you use kittering coil application its Parallel capacitor with Parallel Resonance (connected continuously across the primary), while in CDI/Plasma it is Switched Capacitor with Series Resonance. The Manufacturers of coils say that for this reason..i feel.
Its my sincere urge to all to experiment with Parallel and Series Resonant High-Voltage Coil see what you end up with..! Look how the nature does it even with out a 'coil' understand it. what the hell in a Lightning Discharge is playing the role of a Coil??? Triboelectricity(Frictional Electrostatics) is just not it!! ponder on these lines and you may end up with the holy grail of Tesla's Secret to Free Energy!!
Rgds,
Faraday88.

[Faraday88]

Tesla is smiling.

T.v. antenna unlike
any other https://drive.google.com/file/d/1y9M...ew?usp=sharing
floating valves not giving feedback https://drive.google.com/file/d/1ogq...ew?usp=sharing
to each other.

No missing signals
from the air
no blurred signals
on the air.

Tesla is smiling. (From there).

Bips and bums
and burning lights
smokes and thunders
and delights,

currents, voltages
through air,
sparks and arcs
but no despair.

Tesla is smiling. (From there).

Yesterday a burning light
flawlessly hovering in night
a message carrying to the site:

"Tesla is smiling" (From height).


The Syncro Heresy

A bit clairvoyant as well! Ozone smell and clairvoyance bear synchronicity!
compare Electrolytic Ozone (produced at high-Current density) and that produced by High-Voltage Silent Electric Discharge(corona-discharge)
@ Aaron your expert comments please...
Best Regards,
Faraday88.

[Hellenic Vanagon]

Indeed, Voltage and current are inversely proportional.
That second link, explaining dwell, is wonderful. Thank you!
It seems that a capacitor in parallel to (across) the ignition primary is an excellent idea in any application; sizing it correctly is the issue.

In my case a capacitor in parallel is forbidden by the manufacturer, ("do not connect capacitor of any kind to the primary"), but there is no prediction about a second, parallel, coil.

[Hellenic Vanagon]

enjoy smelling Ozone a littel of this gas is mood rejuvenating i must say
Rgds,
Faraday88.

Tesla is smiling.

T.v. antenna unlike
any other https://drive.google.com/file/d/1y9M...ew?usp=sharing
floating valves not giving feedback https://drive.google.com/file/d/1ogq...ew?usp=sharing
to each other.

No missing signals
from the air
no blurred signals
on the air.

Tesla is smiling. (From there).

Bips and bums
and burning lights
smokes and thunders
and delights,

currents, voltages
through air,
sparks and arcs
but no despair.

Tesla is smiling. (From there).

Yesterday a burning light
flawlessly hovering at night
a message carrying to the site:

"Tesla is smiling" (From height).


The Syncro Heresy

[heysoundude]

Now I know: 6A-7A current are, in fact, used by the primary, (although, at the secondary, the amperage is at mA):

https://drive.google.com/file/d/1pbV...ew?usp=sharing

LINK: http://dtec.net.au/Ignition%20Coil%2...alibration.htm

Now does any one know what can happen, (to the ECU), connecting two ignition coils in, (primary & secondary), parallel, feeding them by the same triggering module, which is designed just for one coil?

In the above, excellent, linked, article it is mentioned: " Primary voltage usually lies in the 300- 400V range and is electronically ‘clamped’ in most systems to prevent the switching device being damaged".

So it seems that, usually, there is an overloading protection.

But there are so many other aspects, f.ex.,

#1 using two coils, are they operating cooler, important factor to their sensitive resistance vs temperature?

#2 is their rising coefficient improved by halving(?) their operational stress?

At least, this is claimed by the next article excerpt about the Jag's system:

https://drive.google.com/file/d/1Cw0...ew?usp=sharing


#3 is it better the auxiliary/main configuration or, if they are matched, at least, it is better to discharge through separate, parallel, paths?

Indeed, Voltage and current are inversely proportional.
That second link, explaining dwell, is wonderful. Thank you!
It seems that a capacitor in parallel to (across) the ignition primary is an excellent idea in any application; sizing it correctly is the issue.

[Faraday88]

Now I know: 6A-7A current are, in fact, used by the primary, (although, at the secondary, the amperage is at mA):

https://drive.google.com/file/d/1pbV...ew?usp=sharing

LINK: http://dtec.net.au/Ignition%20Coil%2...alibration.htm

Now does any one know what can happen, (to the ECU), connecting two ignition coils in, (primary & secondary), parallel, feeding them by the same triggering module, which is designed just for one coil?

In the above, excellent, linked, article it is mentioned: " Primary voltage usually lies in the 300- 400V range and is electronically ‘clamped’ in most systems to prevent the switching device being damaged".

So it seems that, usually, there is an overloading protection.

But there are so many other aspects, f.ex.,

#1 using two coils, are they operating cooler, important factor to their sensitive resistance vs temperature?

#2 is their rising coefficient improved by halving(?) their operational stress?

At least, this is claimed by the next article excerpt about the Jag's system:

https://drive.google.com/file/d/1Cw0...ew?usp=sharing


#3 is it better the auxiliary/main configuration or, if they are matched, at least, it is better to discharge through separate, parallel, paths?

Yes!! The Primary discharge capacitor is charged to 300-400V form a pre-step up high-frequency coil. as i said in the previous post, parallel primaries is the way to go if you are looking at boosting the power level in the out put(i mean power) wonder why the coil manufacturers do not have this provision(or do they??) since even with CDI its the Capacitor discharge Ignition (Series-Resonant) and this has been the standard for ateast over a decade and half i must say! the same is not true in the kittering coil mode(Fly-back)..current limitation due to the core saturation is a problem in this case, in the later case even if the core is saturated the out put does not get affected due to the nature of series resonant action.
Just a thought why not make custom coils our own??? well if you do you shall learn hell lot of hidden stuffs!!( lots of insulation and dielectric breakovers!!! though)
enjoy smelling Ozone a littel of this gas is mood rejuvenating i must say
Rgds,
Faraday88.

[Hellenic Vanagon]

Now I know: 6A-7A current are, in fact, used by the primary, (although, at the secondary, the amperage is at mA):

https://drive.google.com/file/d/1pbV...ew?usp=sharing

LINK: http://dtec.net.au/Ignition%20Coil%2...alibration.htm

Now does any one know what can happen, (to the ECU), connecting two ignition coils in, (primary & secondary), parallel, feeding them by the same triggering module, which is designed just for one coil?

In the above, excellent, linked, article it is mentioned: " Primary voltage usually lies in the 300- 400V range and is electronically ‘clamped’ in most systems to prevent the switching device being damaged".

So it seems that, usually, there is an overloading protection.

But there are so many other aspects, f.ex.,

#1 using two coils, are they operating cooler, important factor to their sensitive resistance vs temperature?

#2 is their rising coefficient improved by halving(?) their operational stress?

At least, this is claimed by the next article excerpt about the Jag's system:

https://drive.google.com/file/d/1Cw0...ew?usp=sharing


#3 is it better the auxiliary/main configuration or, if they are matched, at least, it is better to discharge through separate, parallel, paths?

[Faraday88]

Thank you very much.

You are welcome Hellenic Vanagon... always keep up with the Spirit of Scientific query!!
Rgds,
Faraday88.

[Hellenic Vanagon]

You have essentially stumbled with a lucky tweaking about the coil (auxillary) in the way it is internally wound...yes it is Capacitor equivalent in a sense!!

Rgds,
Faraday88

Thank you very much.