[postlink]http://freeenergytv.blogspot.com/2010/01/orbette-1-layout-scope-interpretation.html[/postlink]
http://www.youtube.com/watch?v=djaMxXqLbdcendofvid
[starttext]Visiting scientist Alsetalokin continues his exploration of Steorn's free energy claims.
TK: Well, Steorn have apparently actually built a motor, and many others are now replicating the motor.
AL: Yes, it turns out to be very simple, actually one of the simplest pulse motor designs. Here I illustrate the basic configuration of my little toy testbed. As you can see, I used a single coil, a "Long Tall Texan" cylindrical "toroid" ferrite core, because that was all I could find locally. It works fine, although it probably takes more power than a regular toroid would to produce the effect.
The Orbette, my little build of a demonstrator of the "Orbo Effect", has 4 weak ceramic magnets mounted on a scavenged gear and shaft and bearings from a crashed helicopter, the single drive coil, and the driver circuit from JLN's replication.
In this video, in addition to the basic functioning, I explain the scope traces I am showing, and I also illustrate a slow fluctuation in the peak RPM of the unit. I don't know what causes this.
[endtext]TK: Well, Steorn have apparently actually built a motor, and many others are now replicating the motor.
AL: Yes, it turns out to be very simple, actually one of the simplest pulse motor designs. Here I illustrate the basic configuration of my little toy testbed. As you can see, I used a single coil, a "Long Tall Texan" cylindrical "toroid" ferrite core, because that was all I could find locally. It works fine, although it probably takes more power than a regular toroid would to produce the effect.
The Orbette, my little build of a demonstrator of the "Orbo Effect", has 4 weak ceramic magnets mounted on a scavenged gear and shaft and bearings from a crashed helicopter, the single drive coil, and the driver circuit from JLN's replication.
In this video, in addition to the basic functioning, I explain the scope traces I am showing, and I also illustrate a slow fluctuation in the peak RPM of the unit. I don't know what causes this.
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