Lidmotor, what would be the difference in the output if you changed the 2 coil pair series to non-series and used seperate bridge rectifiers. Can you do a comparison for us. I am waiting on parts..
Hey lid, I'm not sure if anyone has mentioned this or if I missed it in your video, but germanium diodes have a lower forward break down voltage than normal silicon doped diodes. I.e. - silicon forward voltage is about .7 volts nominally while germanium is about .55v nominally. This definitely explains the higher voltage when using the germanium diodes because less voltage is needed to turn on the diode. Just a little heads up
Lidmotor, you might be interested in this ZFF concept of a 0 volt loss transistor based FWBR , discussed here - youtube.com/watch?v=N-slq2USPC0#T39m35s
Try placing a diametricly magnatized tube magnet in the core of one of your output coils and see what happens. I looped back to source with one and began to charge the run battery while the rotor sped up!
Have you tried to use a voltage multiplier? Maybe a full wave multiplier would help to boost the voltage to a workable level? Maybe two full wave multipliers or more for different coil combinations. Those germanium diodes are great for low voltage multipliers, as I have used them for some of my experimentations. I am really enjoying your channel updates, please continue! Just for fun, this is more how I pictured Galts' motor!
@Objectivityiskey well with the cadence working for you im sure you could string up two from opposite sides and feed it back into the machine and take off the battery
@overunitydotcom ----- Yes. What you describe is happening. I will look at this with the scope and see what it looks like. Please please continue to closely examine these replications as they come in and give feedback as to what to look for. This adding up of voltage on paralleled coils was very unexpected. I thought that the voltage would stay the same and just the amperage would go up. It was suggested that I put a cap at each bridge to smooth things out.
It may also be that the parallel diodes speeds up the switching time of the diode bridge. Its fairly low freq. so I cant imagine that being a factor however. Germanium diodes are RF diodes or at least capable of operating at RF Freqs. I'm going to work on this bridge thing, something is kind of a cluge right there. Its very solvable though. Any idea what RPM the original ran at?
I can't seem to see where he called out what Bridge package he is using. Has anyone got a part number yet? I'm setting up to replicate this thing. His parallel diodes on the Bridge bothers me some. What you are seeing is because the forward resistance of the diodes is lower in parallel.. Ok I just saw you said its one of the Radio Shack Bridges.. I'll go get some and some diodes and see if we cant do better just building a bridge than the RS Packages.
Hey Lid Great work again! The series connection is on the ac or the dc parts? i would recommend you connect it on the dc part and smooth thing up with a capacitor on the dc side after each bridge. Continue your fantastic work! Cheer
@Kntryhart ----Wheh the full replications start showing up I hope to hear some "pro" explanations of how this thing really works. I am just guessing now.
I think another boost is obtained when you harvest the energy, essentially shorting out the generator coils causing the energy to recirculate through the generator coils pulling the magnets along.
And you are doing a real replication, your contributions are valuable to the field.
@ZmuFFinMan ------You can find the diagram at the Energeticforumdotcom on the Romero Muller thread. It is also at the overunitydotcom site but the thread is over 100 pages long now. Replicators are posting at both forums.
It looks like some very nice progress is happening with this. I appreciate your methodical approach. It really helps to understand what is going on here. Keep up all your good work.
@tld155 -----If this had a been a simple project that cost about $5 in parts at a local store, then I probably would not have gone this slow. It may cost a few hundred dollars and many hours to build a true replication. If I am going to invest that much, then I'd better get it right the first time. I'm still not sure that it will really work but it sure looks convincing in Romero's videos.
you should try the bedini .you get more out that one and maybe adapter this ti o it.
Mrinfoone 4 months ago
Good work Lidmotor !! Another very informative video.Thanks for sharing.Tec
tectalabyss 8 months ago
are your runs in line with your gens as to say each gen is catching some inductive collapse from each run?
Magneticitist 9 months ago
Lidmotor, what would be the difference in the output if you changed the 2 coil pair series to non-series and used seperate bridge rectifiers. Can you do a comparison for us. I am waiting on parts..
Bill
shellcat007 9 months ago
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Hey lid, I'm not sure if anyone has mentioned this or if I missed it in your video, but germanium diodes have a lower forward break down voltage than normal silicon doped diodes. I.e. - silicon forward voltage is about .7 volts nominally while germanium is about .55v nominally. This definitely explains the higher voltage when using the germanium diodes because less voltage is needed to turn on the diode. Just a little heads up
tonysam11290 9 months ago
Comment removed
tonysam11290 9 months ago
Lidmotor, you might be interested in this ZFF concept of a 0 volt loss transistor based FWBR , discussed here - youtube.com/watch?v=N-slq2USPC0#T39m35s
KyleCarrington 9 months ago
Comment removed
KyleCarrington 9 months ago
Try placing tiny magnet spheres inside the output coils. All Maggie's children!
Synchro
zebok3 9 months ago
@zebok3 the sheres are less stable..
bearpatch626 9 months ago
Try placing a diametricly magnatized tube magnet in the core of one of your output coils and see what happens. I looped back to source with one and began to charge the run battery while the rotor sped up!
zebok3 9 months ago
Great work!
m1a9r9s9 9 months ago
Have you tried to use a voltage multiplier? Maybe a full wave multiplier would help to boost the voltage to a workable level? Maybe two full wave multipliers or more for different coil combinations. Those germanium diodes are great for low voltage multipliers, as I have used them for some of my experimentations. I am really enjoying your channel updates, please continue! Just for fun, this is more how I pictured Galts' motor!
Objectivityiskey 9 months ago
@Objectivityiskey well with the cadence working for you im sure you could string up two from opposite sides and feed it back into the machine and take off the battery
bearpatch626 9 months ago
Hi, as I see the setup, u are generating 3-phase power continiously - that is where the xtra voltage come from - good work - Bennjanse
bennjanse 9 months ago
i.ve seen lasersaber is doing the same thing like i said to him this kinda looks like a modified charley flynn motor.....
MrTwally67 9 months ago
So let me recap this.
You are using 2 series coil pairs and each coil pair has its own
bridge rectifier.
One is putting out 1.7 Volts chopped DC and the other is putting out about 1.8 Volts chopped DC..
Now if you put both of these chopped DC outputs in parallel they are putting out 2.5 Volts chopped DC ?
Is this correct ?
Did you use a scope to watch the exact pulses, so you can see, what is going on and why the voltages add up ? Scope shots would really help..
Many thanks.
Regards, Stefan.
overunitydotcom 9 months ago
@overunitydotcom ----- Yes. What you describe is happening. I will look at this with the scope and see what it looks like. Please please continue to closely examine these replications as they come in and give feedback as to what to look for. This adding up of voltage on paralleled coils was very unexpected. I thought that the voltage would stay the same and just the amperage would go up. It was suggested that I put a cap at each bridge to smooth things out.
Lidmotor 9 months ago
Hi Lid, check out Lasersaber's replication: /watch?v=2KaVcmXyktw
wopwops0482 9 months ago
Amazing work as always Lidmotor!! glad to see your getting it figured out!
picturen8 9 months ago
It may also be that the parallel diodes speeds up the switching time of the diode bridge. Its fairly low freq. so I cant imagine that being a factor however. Germanium diodes are RF diodes or at least capable of operating at RF Freqs. I'm going to work on this bridge thing, something is kind of a cluge right there. Its very solvable though. Any idea what RPM the original ran at?
Whitebear329 9 months ago
I can't seem to see where he called out what Bridge package he is using. Has anyone got a part number yet? I'm setting up to replicate this thing. His parallel diodes on the Bridge bothers me some. What you are seeing is because the forward resistance of the diodes is lower in parallel.. Ok I just saw you said its one of the Radio Shack Bridges.. I'll go get some and some diodes and see if we cant do better just building a bridge than the RS Packages.
Whitebear329 9 months ago
I think that a bedini circuit as a driver would reduce amp draw with a load. Is it possible to use a bedini driver with this type of dynamo setup?
Great stuff!
MrAnguswangus 9 months ago
You are right many people are going full steam on this one.
marthale7 9 months ago
@marthale7 ---Damn the torpedos!! Full speed ahead!!!! Lets hope that we don't a big rock along the way.
Lidmotor 9 months ago
Hey Lid Great work again! The series connection is on the ac or the dc parts? i would recommend you connect it on the dc part and smooth thing up with a capacitor on the dc side after each bridge. Continue your fantastic work! Cheer
Patrick
bakupcpu 9 months ago
@bakupcpu ----Yes. I am connecting the pairs as Romero did after they go through the bridge rectifier. I will try a smoothing cap there also. Thanks.
Lidmotor 9 months ago
Excellent work, explanation, and presentation! Yes, please keep going!
Kntryhart 9 months ago
@Kntryhart ----Wheh the full replications start showing up I hope to hear some "pro" explanations of how this thing really works. I am just guessing now.
Lidmotor 9 months ago
I think another boost is obtained when you harvest the energy, essentially shorting out the generator coils causing the energy to recirculate through the generator coils pulling the magnets along.
And you are doing a real replication, your contributions are valuable to the field.
madhacker2000 9 months ago
@madhacker2000 ---Thanks. There must be a real party going on in there. Flux lines flying everywhere!!
Lidmotor 9 months ago
Where did you get the diagram?
ZmuFFinMan 9 months ago
@ZmuFFinMan ------You can find the diagram at the Energeticforumdotcom on the Romero Muller thread. It is also at the overunitydotcom site but the thread is over 100 pages long now. Replicators are posting at both forums.
Lidmotor 9 months ago
@ZmuFFinMan this guy has all the pictures and diagrams on one page: freeenergylt.narod2.ru/muller_dynamo/
harpbloke 9 months ago
@harpbloke -----Thanks for the link.
Lidmotor 9 months ago
It looks like some very nice progress is happening with this. I appreciate your methodical approach. It really helps to understand what is going on here. Keep up all your good work.
tld155 9 months ago
@tld155 -----If this had a been a simple project that cost about $5 in parts at a local store, then I probably would not have gone this slow. It may cost a few hundred dollars and many hours to build a true replication. If I am going to invest that much, then I'd better get it right the first time. I'm still not sure that it will really work but it sure looks convincing in Romero's videos.
Lidmotor 9 months ago