Solid State Orbo System

[Groundloop]

@All,

Honeywell Metglas AMCC-320 Core has got the coils on. :-)

Alex.

[futuristic]

@Magluvin:
Very nicely done. But where will you put pickup(generator) coils?

[futuristic]

Sorry I see it now. Green wire on the toroid is pickup coil.

[gotoluc]

@Magluvin,

Great idea you have there . I'm also looking forward to your test results.

Thanks for sharing

Luc

[synchro1]

@Bruce,

          Look at the way you have the armature pictured in the smaller stator. It is to the outside with an airgap, large enough to cover the end thickness of the stator arms. You pictured the larger stator with the armature enclosed inside the stator arms. It needs to be lengthened and brought to the outside with an airgap so it resembles the the armature on the smaller one. The size position and air gap of armature on the large stator needs to be proportionally identical to the way you have the small one pictured. Now, all that's left is to wind the output coil on the larger armature, the way you pictured it wound on the smaller one in your earlier versions.

         The coil wrapped toroid allows magnet fields to connect through the unenergized toroid core, then separate when the toroid coil is energized. Ossie Calanan wound a circular metal band that he demonstrates working conversely from the toroid on youtube. When the coil ring is unenergized, he has magnets attracted to the metal by like poles from each side. When he energizes the coil, one magnet flys away from the coil from the linked repulsion. Think about this option. This magnetic diode effect is where experimentation now needs to be focused. The blocking by attraction of the metal ring and flux linking by coil energizing need to be measured and compared to the converse reaction of the toroid. The coil wound metal band loop is cheaper, easier to wind, uses less space then the toroid, and may even allow for higher switching rates. Paul Noel mentions how a then hypothetical magnetic diode, just four years ago, would switch a Hallbach array to a unidirectional field. Another amplification effect.

        Consider this: One coil wrapped toroid between two magnets in the middle, rather then one on each end, or a small coil wrapped band around a central magnet with a magnet on each side for a total of three as a middle magnet trigger.