Tesla's "COIL FOR ELECTRO-MAGNETS".

[synchro1]

A hi-voltage spike does work through Tesla's SBC magnetizing ferrite. The spike fails to have any such effect on the ferrite core of a single wire coil. Perhaps if I demonstrate this difference it will lay to rest the false assertion that the coil types share no difference?

     "Ferrite magnets can be magnetized with shorter pulses, with a width duration of a few microseconds".

                                           This pulse needs to pass through a hi voltage SBC.


"Magnetic fields are produced by electric currents. The large amount of magnetic field required to magnetize permanent magnets requires the current to be in the range of 10 to 30 kiloamperes. To provide a safe and reliable method to avoid overheating and fusing the current carrying conductors during magnetization, an extremely fast current pulse is required. A fast pulse is the preferred method for magnetization. Magnetic materials reacts quickly to the applied field; however, care must be taken to limit eddy currents effects created in conductive materials by the fast rise time of the current pulse, toavoid any shielding effects. Pulses width duration in the order of 1 milliseconds are considered 'long' enough for the magnetization process to be successful. Ferrite magnets can be magnetized with shorter pulses, with a width duration of a few microseconds".

[synchro1]

10.2.2 Capacitor Discharge Magnetizers Capacitor discharge magnetizers employ capacitor banks that are charged, and then discharged through a coil.

                 Tesla's bifilar pancake for electromagnets more aptly may have been named:

                                          "Capacitor Discharge Magnetizer Coil".

[MileHigh]

Syncro1:

We had a discussion about scrap yard magnets.  I also have given you all of the background and links on how a magnetic field is generated by a coil of wire.  So you saw a scrap yard magnet up close and saw the configuration was a series bifilar coil.  So apparently you went, "Eureka!," it's Tesla's design and there must be something special about that design!

Like I explained to you with logic and references, there will be no significant differences in the magnetic field generated when you compare the two coils.  That's not "ridiculing."  Tests were done by some of the people around here and they confirmed the expected results.

To me it looks like you are excited by all of this stuff and you are making leaps of logic and faith in your excitement.  Let's assume that they want an even-strength magnetic field across the disk.  So a spiral coil will do that.  If it is in series bifilar configuration, we don't really know why they did that.  It could be for manufacturability or for better heat dissipation, as some examples.  However, certainly it was not done because of any special properties of an SBC like the way you are suggesting.

Same thing with the Leedskalnin PMH.  The PMH requires that the two pieces you are going to stick together have flat shiny surfaces that will mate perfectly together.  If you are an "enthusiast" you should look it up.  So this effect will never happen in a junk yard setting.  So you can see that's an example where you made an incorrect leap of faith.

I have a pretty decent knowledge level about this stuff.  Feel free to ask me a question if you want.  This is not "World of Warcraft - Special Nerd Edition," this is a place to chat about circuits and exchange ideas and be real.

MileHigh

[synchro1]

@Milehigh,
                 You are really stupid. You're the one that needs to test the bifilar experiment for yourself to see how the SBC works as  a "Hi-voltage jolt magnetizer". This experiment is too easy to replicate. Take a trip to a scrapyard for yourself where you'll find a large capacitor inside,  not a rats nest of ampere turns like you pretend. Why don't you  knock it off man?

[MileHigh]

Synchro1:

Who says that a "high-voltage jolt magnetizer" works with an SBC?  Do you have a reference or link for that or are you just projecting your SBC wishes and fantasies onto these systems?

Assuming that there is a capacitor inside a junk yard electromagnet, why do you think it is there?  Do you have a theory?

You are really stupid.

I am sure that the readers of the thread also have formed their own opinions about who is what.

MileHigh