Is Lindsay?s ?SM? a fraud?

[turbo]

Hi Peterae 

Yes that is correct.
I have too seen this.
It is best to use as many short pieces of wire in parallel from the top to the bottom.
Although there can be some full turns here and there.
By shorting turns we can control the desired voltage to amp ratio.
I do not think this is the ultimate design ,but i don't think it's wrong.
Also we seem to be dealing with ether stresses here that are more like a charged area then like a magnetic field.
What i mean is that is is the voltage that does the trick, not the current.
So it's primary rotating charged area and just a little bit secondary magnetic element.

I have looked at your previous post and i like to say that i think 330 volts is way too low.
If you are not using bias elements the voltage should be between a constant +50 Volts and pushed to +1500 Volts at minimum.
If you do use bias elements the pulse voltage can drop to what you are describing and if switched properly ,this should show you the effect.
If you do not use bias elements like in the early models the units will vibrate and stop when flipped over because then it will build up it's fields on the natural underlying fields.

I am curious about the maximum stable frequency your control mechanism can put out because i could not find it in your writing.

Marco.

[Grumpy]

@ marco
Great builds.
What are you seeing on your output coils, as i beleive we are building this wrong, i havnt studdied the device concept you are buiilding, but with the tetra when i vision a rotating magnetic ball, a torroidal shaped collector wont collect the energy properly,
i beleive all winds should be shorted on the top and also on the bottom of the collector toroid, this way both inner and outer vertical wires are in parralel, instead of producing opposing currents when the magnetic sphere is rotating.Also this would mean the collector is essentialy hundreds of very short wires all working together to collect the rotational kicks and field.

Peter

The toroid is a good collector if an inducing field is rotating within it, along it, or through it.  He said two rods would also work, which would be like an air dielectric capacitor. 

If you look up the "Wilson Effect" and consider that the aether is a dielectric, you will see that a top and bottom plate makes a lot of sense and could possibly be reversed.  The "Hezelton" device (which was replicated) worked like this.  I just talk "blah blah blah", so what do I know?  I have a prototype like this, but no success yet.

[Peterae]

Hi marco
I have not got that far with this build i am pulsing with 5us pulses at the moment, and cannot go too high in freq at the moment because of this, but i have used the same chips upto 10 mhz before during my delay line tests, i am not having any logic issues at all, the problem i have at the moment is noise on my psu's.
When i switch at 330 volts my rise time is 30nS and i am getting enourmous RF emission so much so that i can short my scope probe out with it's earth lead and read large pulses on the scope, it is this energy that is interfering with my psu's and logic, there is no reason why the logic will not go higher when i stop using the mono's and move to Poynts full circuit.

Once i have smooth operation at 330volts i will ramp up to 1500volts and then i will also add bias over winds.
The idea with my module setup is i can plug and play new modules as each prpgresses, in the mk2 i have changed my fet driver and fet to hopefully increase my rise time to 15nS, but first things first to get rid of the rf noise.
I am not sure what your issue is with logic but of course it is not unusal to run these chips at 100Mhz without concern.

Peter

[Grumpy]

Since we are all sharing:

Here is a coil I de-molded a while back.  It's potted with homemade Q-dope made from MEK and polystyrene which makes it easy to unwind if you need to.  The actual mold is on the left.  I made several molds and coils simulataniously - a few were tapered but can be used for testing or re-wound.

I made a "measuring drum" and use the same number of turns for each coil and then wind if onto the mold from the form.  Weight and inductance comes out very close.

I've tried working with 10kv and insulation doesn't hold up for long.  Workin' at 2kv for now.

[Peterae]

Grumpy the coil looks good
I know the pain they can be to make, i had to make 7 to get 4 good ones, i like the mold that would have definatley saved1 more of my coils, instead i used cd's and mdf due to lack of machine tools

Peter