Solid State Orbo System

[rave154]

magluvin,

nice work so far :-)

im tempted to join in to be honest.

lololol @ Orbagel & Sausage McOrbo

David.D

[gotoluc]

Just got in from work

Thanks Magscave for making the new video with the current test

I will post a new video hopefully in the next few hours that you will enjoy Magscave

Stay tuned and thanks for sharing your work.

Luc

[Magluvin]

Thanks Luc And Rave.

Im half way dont winding my new Orbonbon. Im using the same cores but a lil different winding.
Ill explain and it make full sense.

Im winding the toroid coil first. By winding the pickup and the core together, the toroid may be disrupting the pickup as it does the core. By wrapping the toroid first and then the pickup, I will get my ac magnetic flow working the way I think it should.
I believe I was getting a good dc pulse from a jump to the inner core from the outer, but when I make the core and maybe the coil invisible, Im missing out on that half of the pickup, and maybe something else for that matter.

So winding the toroid first, then the pickup on top should give better results. I just figured this out about an hour ago and started wrapping. I should be done in about a half hour. It is 28 ga for the toroid coil and Im using the same for the pickup. I happened to just have 2 of those ferrite beads and the first one will be changed to this configuration also. We dont want a good effect to be come a bad one. 
This is a very good way of going about this. We get a full shift of magnetic current from the inside to the outside of the pickup, not just on/off dc as some of these designs show, where the off results in a spike, this results in an AC generator, at a particular freq of course. So we get something from the on and the off.  =]

Magscave   Magluvins Oven,  Orbonbons

[Magluvin]

Well not much to vid. I used a thicker toroid wire and Im not happy with it. I decided to try it just from what I see others coils on orbo repl.   I fail to see that they are getting such low current consumption.  My voltage was up to 140 and my load went up to over 3v w/100ohm. 
So we cant look at it like it were a regular transformer in any way. So as a standard, I would say thin wire and many wraps for the toroid = low input current, good canceling field.
My pickup was about 90 turns, and I got more current out. Gota figure, I was getting almost 200v but my load res only went up to 1.6v, now my high is 140v but my load is up to 3v. So if my toroid is less effective at low ohms, low no of turns, if I get 200v on the new pickup with more wraps of thin, my load voltage should increase also, and my input should go down.  I think.  =]
This new toroid gets warm quick, I dont even want to see the amperage.

mags

[gotoluc]

Hi all,

I have not been able to get any good results (worth sharing) by adding a pickup coil to the Flynn Parallel Path device I have built ... not too sure why but I decided to put it aside for now and replicate Magluvin idea and got results as soon as I tested it.

Here is a new video of my testing the Magluvin PM flux gate coil: http://www.youtube.com/watch?v=Y3_vr8VIdpE

Please ignore me saying the coils are 90 degrees out of phase. They are just at 90 degrees from each other. It's strange the stuff we say when we are doing a few things at the same time

I really like Magluvin's concept with the coils being at 90 degrees from each other. This prevents the primary pulse to transfer to the secondary. A kind of Isolation between the two. So if there's activity on the secondary it maybe coming from the PM flux

Luc