user TURBO?s replication of Steven Mark?s TPU ?

[MeggerMan]

Hi Spherenot,
I think we may all be asking Santa/wives for a scope for xmas.
I already have a 20MHz digital storage scope but it does not have all the features of a PC based scope.

I would like this one please Santa:
DS1M12
http://www.usb-instruments.com/oscillo_stingray.html
Or
Picoscope2202
http://www.farnell.com/datasheets/82156.pdf
Or
OWON EDU5022M colour LCD on ebay, but its from China, and I'm vary wary of ordering from there.

I don't really need them, they are nice to have but not required, time better spent researching the TPU and MEG.

Hi Markus,
I was wondering about this 90 degree issue, and how do you induce a voltage in a wire at 90 degrees to the coil.  Clamp meters I think create a transformer core around one conductor then have a winding off of that, but I don,t think its that.

One possibility is that the field extends to the top and bottom of the ring and it induces a voltage in the top and bottom of the windings as these are almost at right angles to the input coil, not in the part of the windings passing through the middle of the input coil. So the larger you make the ring the more current will be needed to extend the field to reach top and bottom windings. Just need to check the left hand rule to make sure they are not canceling each other out.
Whatever it is, its strange.

Regards

Rob

[CTG Labs]

Isn't it interesting that daniels member number is 666.

[AhuraMazda]

So he will learn the secrets of ZP-energy here and put it into dark uses!

AM

[GM]

Hi Rob,

I was wondering about this 90 degree issue, and how do you induce a voltage in a wire at 90 degrees to the coil.  Clamp meters I think create a transformer core around one conductor then have a winding off of that, but I don,t think its that.

In case of a Clamp meters the "induction" go the other direction. So to say an induction from the outputcoil into the exciter coil.
You have a wire where AC goes through. This cause an altaernating magnetic field around the wire. So you have an alternating magn. flux around the wire. And this flux induce a small voltage within the the loop-wire of the clamp meter.

One possibility is that the field extends to the top and bottom of the ring and it induces a voltage in the top and bottom of the windings as these are almost at right angles to the input coil, not in the part of the windings passing through the middle of the input coil. So the larger you make the ring the more current will be needed to extend the field to reach top and bottom windings. Just need to check the left hand rule to make sure they are not canceling each other out.
Whatever it is, its strange.

Do you know the Hooper-Monstein-Effect?
It is possible to induce voltage in a wire although the wire is placed in the zero-flux area of two oppositional magnets which cancels each other. Here is an intersting experiement about it (sorry in german): http://www.hcrs.at/EMF.HTM

Markus


EDIT: Ups, so sorry I pasted the wrong link! This one is the Hooper-Moonstein-link:
http://www.hcrs.at/MONSTEIN.HTM

[allcanadian]

I just read that Meyl paper, very interesting, it is basically teslas magnifying transmitter but without the ground.This must be turbo's circuit only he used tin foil strips as the capacitance.
Has anyone tried the Meyl setup? He claims it is OU in no uncertain terms, up to 1000% OU.
Maybe the electric field between caps has an avalanche effect like Gray was using, only Meyl is using low voltage and wouldn't you know it the running frequency is 7.8Hz, while tesla used 12Hz I think.
I think turbo is using a third resonant circuit between the main caps(tin foil) strips as well, this is the bird he mentions.I have seen numerous articles about this interception circuit in an electric field.
As usual this is all best guess, I think I want to build Meyl's setup.