MEG Replication - Part 1 - Initial Design and Part Sourcing - Thomas Bearden

Transcript

okay you guys welcome to the M eg replication project I'm gonna replicate the emotionless electromagnetic generator patented by Thomas Bearden this is a over-unity device and I've always seen one person try and replicate this Jael Norton from France and basically I'm gonna go off of some of his schematics to build this replication I'm also gonna do some different things by trying some different input and output coils to see what I get so this is a 2018-2019 project basically this year I've spent just acquiring the parts that I need designing the bobbins I'm gonna 3d print all these bobbins to put on the C core here so I've got different sizes I'm gonna test out yeah so basically you know here's what I'm following we have a really good set of diagrams here basically I ordered the AMC C 320 and more for a Secor very special type of transformer core and we're gonna have some thin wire which is right here wrapped around these small bobbins for the input coils and we're gonna have a little bit thicker wire here or sorry I have that reversed we're gonna do the thicker wire on the smaller input bobbin and we're gonna do this thinner wire a lot more turns of it around the output bobbin right there so this is the diagram right here I get the reflection off yeah there we go so here's the circuit you have to use this special amp a TL 494 and I have those so basically what I've done is I've built this circuit on this breadboard I'm going to take it into the University test it out but before I do that you know I'm gonna get my coils 3d printed and wound I'm gonna whine these bobbins but let me show you the C chord this is and this probably the coolest thing here so what happens in this experiment because we have this and more for a C core and you can see here up close here I'm gonna that it is laminated and it's microns thick laminations so there's really no eddy currents and the losses are really reduced so the experiment with this what happens here is there is a magnet in between the two sides of the C core here so basically I found some magnets that would fit inside here and when I was putting these in here you know you can feel the power of the magnets and then these small ones as I was sliding them in I would put one close and it would go just suck it in suck it in and now I mean this is super magnetized I can you can not pull this straight apart to separate it the only way you can get it apart is to twist it get it apart now I wanted to test this seek or without the magnets in there but I have had the hardest time I cannot get these out of here these will not come out so I'm probably gonna leave them in there but basically here's what happens with our bobbins so we're gonna have this one wound it's gonna be on the top that's our input coil we're gonna have another one down here this is gonna be our output coil and these magnets will be in the middle and they'll go straight in the center there