Complete information on working SM style device.

[dean_mcgowan]

The "mother load" 

Now I have heard it all 

[Grumpy]

All these theories are great but i am yet to see any of them produce a working OU Device.

This is not the sort of thing you go around posting on every forum, even if anonymous.  Blacken the eye of the Beast and you'll see how he earned that name.

I am a builder and have built many devices over the last couple of years from instructions posted by people that come and go.
I will give this a go as the description is fairly good and easy to cnstruct, infact it shouldnt take more than a couple of weeks to get this up and running.
I see spider building and i have seen lots of theories but has anyone completed a build in the 4-5 months this has been posted.
I dont understand that Grumpy is so convinced this works and has not built one due to the pulse requirements?
I was a micro electronic design engineer and i would say that is not the way to go with this, the logic behind the pulses is straight forward and can be done with 5 logic chips, although i will opt for adjustable phase and pulse width which means i will need 9 logic chips to give me 10nS pulse switching.

Peter

I have a limited amount of time, so I built other things.  I have spent a lot of time working with 10kv and up in an attempt to see the strange stuff that Tesla mentioned.

I am not an electronic engineer, so easy circuits for you are not easy for me.

Many people started this build, but I don't think anyone has finished it yet.  You could be the first.  Everyone thinks it's easy until they start building it.  All four coils need to be very close to identical - with long wire - several hundred feet or more.  Spacing must be equidistant from the center.  No material in the center other than the collector coil, so you have to support everything from outside the coils.  Any material within the space of the projected field (i.e. from the face of each coil to the center) will diffract and/or dampen the field.  If coil forms are used, they must be thin and polyethylene, polystyrene or teflon, etc. (low loss dielectric).  Try for 2ns - not 10ns.  then you need at least 300v pulses - low ns range - most MOSFETs are like 20ns or more.  If you differentiate to narrow the pulse, you kill the peak voltage so you have to compensate for that.  Any errors in position or coil parameters and you will need to compensate with phase and pulse parameter adjustment.

So, by all means, show us how easy it is to build.

[Grumpy]

@Grumpy,

Can you elaborate on that?

Greetings Spider.

What I mean is that so many people here are not willing to build something in order to learn something.  Before they do anything, they want to know ahead of time that the Tavernier Blue is waiting for them just under the surface.

[Peterae]

@Grumpy
Sorry i thought you was an EE, thanks for the info, i wont be able to get to those rise times, i had no idea this was a requirement, still i will continue as i have finished Cadding the PSU and Controller and just ordered the parts.

Peter

[Gobaga]

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