Quote from: Mr.Tesla on September 19, 2008, 02:48:20 PM
this is still in experimental stage so i wouldnt play with it until these guys make some sort of conclusion wich design is best.If you want to live don't play with it.

yeah.... I was try'n to think of other variations to ask for advice about around the scope of the circuit and was wandering if someone wuld be able to tell me wat wuld the HV from the cars plug wires fed into the secondary of the MOT do to the primary of the MOT  with it fed to the HV cap and then discharged to a spark plug? hmm the scope of the circuit I think or thought was the LV current ability to flow with the HV spark some how....  is that the scope of the circuit?  ( the ability of the LV current flow with the HV spark gap)
I'll go back to the very basic circuit ( the original ) and build it first.   thanks.

Quote from: gmeast on September 18, 2008, 02:16:59 PM
Hi Luc,

I'm not sure if this will be of use for the Nexus style circuit but I solved the frequency issue for my type of CDI producing your water spark effect.

It needs to be said that my circuit triggering method is NOT what you would put in a vehicle.  The proper technique is either Hall effect or optical chopper on the distributor shaft. 

The diagram below solves my frequency issue by replacing the Charge Triac with a Charge Power Mosfet.  I also added a 470 uf -400 VDC Cap shown right under the FWB.  This makes a DC power supply of sorts.  The circuit has never been more stable  I am so happy!.

To anyone looking to experiment with a multiple spark plug CDI Plasma system, this is a very stable configuration.  In 'real' CDI systems the charge side is usually more sophisticated but the big Cap, FWB and Power Mosfet has solved several technical challenges using easily obtained components.

Enjoy.  Peace,

Greg

Hi Greg, I was away for a day so I'm catching up now

Thanks for taking the time to solving the frequency issue to give us an update. I'll look at it over again a little later when I eventually get to where you are at now.

Luc

Quote from: bwb on September 18, 2008, 02:48:39 PM
author=gotoluc link=topic=5024.msg126891#msg126891 date=1221708167]
Hi bwb,

I know it can be confusing when new at this. Believe me this is the simplest it has gotten so far and It took a while to get here. I am trying to help you and others who will come or even those who are here but too shy to post there simple questions so they just keep reading silently in the background so not to interfere with the development and hoping we will post something they can understand.
How am I suppose to take your statement.Is it OK for us simpletons to ask questions here or should we stay in the background and not interfere.

Simpletons stay silently in the background and do not interfere

.
Just joking - Don't get upset

My hopes are we will come to a very simple circuit and or kit one could buy made or assemble themselves, it is a question of time, sharing and involvement that will bring us there. My hopes are to make it available for close to what it would cost you to buy the parts alone.
That would be great and I hope you suceed

To answer your question, there is no resistors in the circuit. Resistors would cancel the effect of the circuit. You also need to remove resistors from inside your plugs or buy non resistor plugs. Video demo: http://www.youtube.com/watch?v=-J2AHNZUZD0
All diodes in the circuit are in series.

I know there is no resistors in the circuit.
I also  know about the plugs! I have posted a link several times here for a online store that carries a wide range of NR plugs.
What I was wanting to know with the resistor question? I was wondering if running resistors in parallel with each diode as geovel156 did in his plasma circuit to help protect the diodes could be applied to the Nexus circuit. Reading up on diodes I found they say to do this to help stop the reverse voltage avalanche breakdown effect when running diodes in series..I will be using a12vdc to120vac inverter with1N5408 1000V 3A diodes and was needing to know what size resistor would be best to try because I had no ideal how to even calculate that and if it would even work.or if it was even needed. But since you say it will not work I will not even try it.Below is a part of geovel56 post back on page 21.

geovel56 Plasma Arc Circuit and part of his Reply #832 and Reply #834
"Sometimes a diode may not have all the proper characteristics as rated. If one diode is actually weaker and internally not functioning up to specifications, it will blow and cause a cascading chain of blown diodes. The 500K ohm resistors in parallel with the diodes equalizes the diodes".

Thanks to everyone who help answer my questions and especially about the "??half bridge rectifier??."

Goodby everyone--This will be me in the background watching

Hi bwb,

thanks for clearing up your resistor question. I see now but can't help you since it's not something I understand or have ever used. I'm not much of an electronic guy. I just pay around with this stuff an learn as I go.

I hope you will find your answers.

Luc

Quote from: gmeast on September 18, 2008, 08:25:24 PM
Ok everyone,

This is just some free energy stuff ... energy from the void ... from the vortex ...from the aether ... from the seething vacuum, etc.

I posted a video and proposed some conclusions about what initiates the plasma burst we're all working on.

This was just fun to do. Nothing scientific, just interesting.

The video:
http://www.youtube.com/watch?v=HB247Gy4Mg4

Peace,

Greg

How that is interesting   Nice find there Greg!... I wonder if the wide air gap would still allow a static charge but you would not see the spark ... don't know.

Thanks for bringing this to our attention.

Luc

Quote from: ashtweth_nihilisti on September 18, 2008, 10:24:17 PM
Guys, if any one wants to know about custom hacked Inverters, needing pulse width modulation etc etc, check out this doc.
http://www.panacea-bocaf.org/files/Trans-verter%20R%20and%20D.pdf

Ash

Thanks Ash for keeping an eye on us and helping find answers.

Luc