I love your videos. I have a few questions. I did not see all your transistors on your schematic. Can you explain? Are you using a relay coil? Where is it located in the video of the circuit? What is attached to the heat sink? Another transistor? Is this circuit a " Stingo" or a bedini" ? Thank you for your time.
@buddybill65 Checkout my """Spin Story""" video for all info under the Photobucket link. One transistor used with a small heat sink on it. The L3 automobile relay is inside the aluminum powerbox and you cant see it. On first glance the circuit almost looks lik a Bedini but its not. Bedinis circuit charges batterys. This circuit functions as a motor or generator or both. Take your pick. The device model is small but very powefull.
My next video will be very interesting .Dont miss it.
@buddybill65 I just updated and now you can find a " Photobucket ", link.
Check FLYAWAY video again.
That link has all info for anyone who wants to replicate this device. I quit all my other projects entirely and am concentrating soley on this. The circuit acts differently than any other I have experimented with. You mighr want to buy yourself an expensive clamp meter that will take low DC CURRENT readings . After you finish building it just try testing with different multimeters.??
@buddybill65 Wire is one coil made of "TWO" twisted solid strands #24 AWG copper wire. Wire is color coated with a PVC covering. Its called "cross connect" wire. Buy a 1,000 foot plastic spool of it on Ebay and cut off enough wire untill you can measure 19 ohms through one of the wires. Since you will be cutting two wires at one time the reading will be the same for the other wire. Whala-- you have your coil wound the same as mine.
1) What about multiple coils each with a magnet in a series?
2) What about using a friction less shaft that is levitated like the Mendocino Motor uses? I think it would have to be very long to avoid interference?
@abbaar Multiple coils each with one magnet linked together on one shaft is a possibilty.
The frictionless shaft that you mentioned wont due as if you make a motor and reduced its speed abrupty the shaft would break loose from its magnetic moorings. Possibly fly into your face at ultra speeds.
It works best using only one DIAMETRIC ring magnet that has polaritys on the rounded sides. Not the flat ends! Any more than one magnet on the shaft slows things down.
This may blow your mind but the smaller magnets work best. More speed means more power output .
My 1/2 inch diameter, 1/4 inch thick, 3/16 inch hole magnet works great.
The fly away when used with an optocoupler could compare rpm to standard AC sine.
this bridges the gap that digital is not doing with narrow dc pulse and partial longitudinal
and other complex waveforms. in short the devise does to magnetic what avramenko does to high voltage. Because you can dial in ac input to match
an unknown exotic pulse.
mikrovolt 8 months ago
how about standing a few of these on end or build them around a doughnut magnet....? maybe mix in some bismuth ? a diamagnetic material... ? XD
bearpatch626 9 months ago
@bearpatch626 Working on a SMOT motor device right now.
64298 9 months ago
I love your videos. I have a few questions. I did not see all your transistors on your schematic. Can you explain? Are you using a relay coil? Where is it located in the video of the circuit? What is attached to the heat sink? Another transistor? Is this circuit a " Stingo" or a bedini" ? Thank you for your time.
buddybill65 10 months ago
@buddybill65 Checkout my """Spin Story""" video for all info under the Photobucket link. One transistor used with a small heat sink on it. The L3 automobile relay is inside the aluminum powerbox and you cant see it. On first glance the circuit almost looks lik a Bedini but its not. Bedinis circuit charges batterys. This circuit functions as a motor or generator or both. Take your pick. The device model is small but very powefull.
My next video will be very interesting .Dont miss it.
64298 10 months ago
Great work! Is there somewhere I can find a schematic of your circuit or at least something close? Thank you.
buddybill65 11 months ago
@buddybill65 I just updated and now you can find a " Photobucket ", link.
Check FLYAWAY video again.
That link has all info for anyone who wants to replicate this device. I quit all my other projects entirely and am concentrating soley on this. The circuit acts differently than any other I have experimented with. You mighr want to buy yourself an expensive clamp meter that will take low DC CURRENT readings . After you finish building it just try testing with different multimeters.??
64298 11 months ago
Hi, I'm new to this. Can you explain to me your coil of wire? Is it solid or stranded? Is it one coil or two? what guage is it? Thank you.
buddybill65 11 months ago
@buddybill65 Wire is one coil made of "TWO" twisted solid strands #24 AWG copper wire. Wire is color coated with a PVC covering. Its called "cross connect" wire. Buy a 1,000 foot plastic spool of it on Ebay and cut off enough wire untill you can measure 19 ohms through one of the wires. Since you will be cutting two wires at one time the reading will be the same for the other wire. Whala-- you have your coil wound the same as mine.
64298 11 months ago
1) What about multiple coils each with a magnet in a series?
2) What about using a friction less shaft that is levitated like the Mendocino Motor uses? I think it would have to be very long to avoid interference?
abbaar 11 months ago
@abbaar Multiple coils each with one magnet linked together on one shaft is a possibilty.
The frictionless shaft that you mentioned wont due as if you make a motor and reduced its speed abrupty the shaft would break loose from its magnetic moorings. Possibly fly into your face at ultra speeds.
64298 11 months ago
So can you add more than 1 magnet over the coil with better results or will the fields interfere with each other?
abbaar 11 months ago
@abbaar
It works best using only one DIAMETRIC ring magnet that has polaritys on the rounded sides. Not the flat ends! Any more than one magnet on the shaft slows things down.
This may blow your mind but the smaller magnets work best. More speed means more power output .
My 1/2 inch diameter, 1/4 inch thick, 3/16 inch hole magnet works great.
64298 11 months ago
you almost beat Bedini lol
imtotob 11 months ago
@imtotob All my work is public domain.
I dont patent anything and never plan to make a cent.
Just hope it benifits mankind in some small or large way.
The greatest reward is in another kingdom where we all must go someday.
64298 11 months ago
fascinating
tracmag 11 months ago
remarkable magnetic resonances going on there, beautiful work! Keep it going
jackscholze 11 months ago