great video. Have you tried pulsing both at the same time? I want to make a spark gap and pump an 8hz db frequency and see if surrounding coils will get entrained. thanks
I also get the same thing if I try to pass too much current or if I'm on the wrong side of the magnet.
This method will not give you extra energy! if that is what you are looking for. I only shared it because it's an interesting effect. I does the same thing as a pulse circuit without electronics.
You should start with something smaller just to see the effect of the wire self vibrating on the side of the magnet. If the wire stick, turn the magnet 180 degrees. Do not use the ends of the magnet either. The fine single strand of copper wire should be between the North and South of the Neo magnet (center of magnet) This gives the best results.
Luc: You can see from my "Mag Amp Gen" vids that I am flipping poles rapidly with the 3-phase cylider stack to get high AC-output? However, a guy named "KT services corp", ran a 3-phase with a Bedini cylinder last year (& then dropped it). Those into the "Overunity" angle may find my set-ups can be rotated fast by Bedini - THAT CHARGES BATTERIES at the SAME TIME!?! I think several are working on this right now, & for pure Fuel-Less Transport, it may be the BIG ENERGY REVOLUTION "TOUCHSTONE"!?!
I'm measuring with a multimeter ~ maybe not too accurate because of frequencies/pulse time. Wish I had an oscope!
I also filled a 250 V 400 mf to about 37 V, voltage peak was much higher, but seems to stabilize @ around that number. Maybe this happened just because of the voltage step up?
Maybe next step, is charging a super cap and then timing the discharge rate on a std load?
Maybe it's a just a "static charge" accelerated by the faster closing of the switch via the magnet?
thanks for the additional details. I had the same thing (meters showing 1500v) at first until I found that meters are effected by the RF created by the pulse and spark and lite up the LCD. Try a LCD calculator close to your spark and you should get the same thing.
It is an interesting effect none the less an should be studied and understood as to what is going on.
I also tried trying to light small 15w light bulbs with the spike, no luck.
I also put a 86 ohm resistor in series and still got those readings. I also noticed puting the wiring and or steel around the transformer / magnet seemed to have increased the reading /rf burst. I can hear a louder rf "pop" in my computer speakers.
Caps seem to charge higher/faster. Led's work. Tesla used spark gaps right next to magnets in some patents. Maybe a red switch pulsed by a bedini motor into a super cap?
I simply think you're climbing faster being you're manually pulsing faster. Try to time your alternating side clicks to be the same rate of discharges as your one sided clicks with the same number of magnets, I think you will find it's not much of a difference.
The more abrupt the spark, the higher voltage the kickback you're gonna have from the coil. This isn't back emf, it's field collapse voltage spikes.
2 spark locations for distributing the ionized air locations, but probably negligible.
When you combine the magnetic flux from the neo mag and the input power from your power supply
you have a gain as you will see the magnet has a coating around the flux and you change the amount of flux round the magnet and the BEMF supplys more to load the cap also the shorting out across the magnet couples with the power supply thus builds up even more energy in the cap , so coupling magnetics with coupling the cap and power supply
high voltage kickback in the secondary of the transformer from the pulsing if you put a diode on the output of the transformer some rectification it might stop that back emf has nothing to do with it unless you are running a motor or something
Bedini was doing something with "bucking" magnets where he put the north to north in one of his experiments. I am curious if it would have a different effect here. Great Work!
Stefan has is right again. See my postings on your first clip. The bottom line is that the effect that you are seeing has nothing to do with the magnets. I also gave you a suggestion for an experiment to prove this.
great video. Have you tried pulsing both at the same time? I want to make a spark gap and pump an 8hz db frequency and see if surrounding coils will get entrained. thanks
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lutherarao 1 year ago
always do your presentation on watts in and watts out, forget voltage and or amps. whether OU or not.
onthecuttingedge2005 2 years ago
allways end up turning wires red and turning the magnet black doing that mabe theres something im missing
prototype9000 2 years ago
Hi prototype9000,
I also get the same thing if I try to pass too much current or if I'm on the wrong side of the magnet.
This method will not give you extra energy! if that is what you are looking for. I only shared it because it's an interesting effect. I does the same thing as a pulse circuit without electronics.
Luc
gotoluc 2 years ago
i was just trying to pulse it i guess 3 amps is to much
prototype9000 2 years ago
You should start with something smaller just to see the effect of the wire self vibrating on the side of the magnet. If the wire stick, turn the magnet 180 degrees. Do not use the ends of the magnet either. The fine single strand of copper wire should be between the North and South of the Neo magnet (center of magnet) This gives the best results.
Luc
gotoluc 2 years ago
Luc: Great video...now you got the high V, how can i charge battery bank use this V?? thanks
fdoca 2 years ago
Luc: You can see from my "Mag Amp Gen" vids that I am flipping poles rapidly with the 3-phase cylider stack to get high AC-output? However, a guy named "KT services corp", ran a 3-phase with a Bedini cylinder last year (& then dropped it). Those into the "Overunity" angle may find my set-ups can be rotated fast by Bedini - THAT CHARGES BATTERIES at the SAME TIME!?! I think several are working on this right now, & for pure Fuel-Less Transport, it may be the BIG ENERGY REVOLUTION "TOUCHSTONE"!?!
PhotonDrive 3 years ago
I seem to able to get 1500 v spikes @ about 2 amps with 4 AAA batteries almost dead (4.3v for the pack) - I will do more tests and keep you posted
megavox 3 years ago
Hi megavox ,
thanks for trying this. Please do let me know how you are measuring your results also.
Luc
gotoluc 3 years ago
Hi Luc,
I'm measuring with a multimeter ~ maybe not too accurate because of frequencies/pulse time. Wish I had an oscope!
I also filled a 250 V 400 mf to about 37 V, voltage peak was much higher, but seems to stabilize @ around that number. Maybe this happened just because of the voltage step up?
Maybe next step, is charging a super cap and then timing the discharge rate on a std load?
Maybe it's a just a "static charge" accelerated by the faster closing of the switch via the magnet?
megavox 3 years ago
Hi megavox,
thanks for the additional details. I had the same thing (meters showing 1500v) at first until I found that meters are effected by the RF created by the pulse and spark and lite up the LCD. Try a LCD calculator close to your spark and you should get the same thing.
It is an interesting effect none the less an should be studied and understood as to what is going on.
Luc
gotoluc 3 years ago
I also tried trying to light small 15w light bulbs with the spike, no luck.
I also put a 86 ohm resistor in series and still got those readings. I also noticed puting the wiring and or steel around the transformer / magnet seemed to have increased the reading /rf burst. I can hear a louder rf "pop" in my computer speakers.
Caps seem to charge higher/faster. Led's work. Tesla used spark gaps right next to magnets in some patents. Maybe a red switch pulsed by a bedini motor into a super cap?
megavox 3 years ago
I simply think you're climbing faster being you're manually pulsing faster. Try to time your alternating side clicks to be the same rate of discharges as your one sided clicks with the same number of magnets, I think you will find it's not much of a difference.
The more abrupt the spark, the higher voltage the kickback you're gonna have from the coil. This isn't back emf, it's field collapse voltage spikes.
2 spark locations for distributing the ionized air locations, but probably negligible.
johnb003 3 years ago
When you combine the magnetic flux from the neo mag and the input power from your power supply
you have a gain as you will see the magnet has a coating around the flux and you change the amount of flux round the magnet and the BEMF supplys more to load the cap also the shorting out across the magnet couples with the power supply thus builds up even more energy in the cap , so coupling magnetics with coupling the cap and power supply
cavetronics 3 years ago
high voltage kickback in the secondary of the transformer from the pulsing if you put a diode on the output of the transformer some rectification it might stop that back emf has nothing to do with it unless you are running a motor or something
prototype9000 3 years ago
Bedini was doing something with "bucking" magnets where he put the north to north in one of his experiments. I am curious if it would have a different effect here. Great Work!
netislander 3 years ago
watch my video of my hot rod with hydraulics subscribe ill sub back..ill make to tutorial when i get 50+ views on how to make hot rod
trainsRexplosive 3 years ago
Stefan has is right again. See my postings on your first clip. The bottom line is that the effect that you are seeing has nothing to do with the magnets. I also gave you a suggestion for an experiment to prove this.
Drevtoobe 4 years ago
Many thanks Luc,
again the thread is at:
overunity dot com/index.php/topic,4124.0.html
With the 2 magnets you even shut off the current in the transformer coil even faster, so more
BackEMF voltage as the cuttoff of the current is higher thus higher induction voltage and thus more energy inside the cap.
Well done.
Regards, Stefan.
overunitydotcom 4 years ago