ENERGY AMPLIFICATION

[wattsup]

I'm still fighting with the problem of choosing : what is better ? : many primaries in series or many primaries in parallel ? Which would work ?

That will always depend on what you are using to pulse and what type of energies are involved. If you are pulsing 1 amp at 12 volts, I would consider series primaries because the impulse will not be that reactive in a parallel primary set-up. But this could be wrong again depending on the frequencies. Anything above 500khz and the pulsing will probably be to fast to provide a pulse with the full 1amp/12volt force.

But if you are pulsing 10 amps at 100 volts, then you would consider having the primaries in parallel so all have the equal opportunity to break down the impulse into the usable secondaries.

Everything is relative to feed source type, the pulse frequency, the coils approximate ratings, etc.

But in the high frequency pulsing at 1 volts or in mV levels we see mostly on the forum, primaries in series would be the best set-up.

I think what I am trying to explain is for guys to get out of the single core doldrums. Single core with two or more coils will have a limit to the amount of inter mutual transfer that can be accomplished because you still will have a cancellation factor to overcome. The more winds, the more cancellation points you can have. Yes you can try and find the magic mix of coil numbers, turns, wire gauge, coil positions on toroid, etc., but if you saw my posts in the previous pages, a coil has limits in the way it will energize and impart energy. Above a certain limit, it will not be effective enough and you will just be wasting energy for nothing. 

The idea is to find the sweet spot of the coil, then make more coils that run on that sweet spot all together.

Look at modern day inverters and count how many transistors there are to do the switching. They cut the 12vdc high amp feed into parts, amplify or step-up each part and put them back together to give your output.

wattsup

[Magluvin]

Read these 2 pdfs. the first describes how a transformer really works, and the second will show how to multiply magnetic fields in the cores, and will show how to make a transformer, that the drawing from the secondary will not kill primary oscillation. This is key.
Im working on some of these right now. 

If using toroid cores, probably better to use ones that are for transformer actions vs choke cores. I have read that most high end car and home amps have very high quality cores in their power supplies.

Both papers are a great read and compliment each other.

Mags

Edited to load the pdfs I had forgot earlier.

[MrMag]

YOU'RE RIGHT SIR! 

@ ALL

DON'T BREATH ON MY NECK CO'Z YOU ALMOST KISSING ME AND SOMEBODY IS BAD BREATH! 

JUST THINK AND THINK DON'T PUNISH YOUR SELF FIGURING WHAT I'M TALKING. I JUST SAID THAT FOR YOU TO HAVE AN IDEA AND ENCOURAGEMENT OK 

I thought you said goodbye. Why are you hear if you do not want to share. Either share or leave for good. We don't need your childish remarks.
What kind of encouragement are you giving us, your comment that you have OU for yourself and nobody else. That's not encouragement, that's laughing in our faces. You are a selfish and ignorant person. You've heard the saying," What goes around, comes around". You'll get yours.

You try to come across as though you are smarter then the rest of us. You are another Mylow. Do you know who Mylow is? He is a person who told everyone that he had discovered something. People dropped what they were doing to replicate his device only to find out that he was a fake. Are you a fake Tito?

Your riddles mean nothing. You comments are all over the place. If you want to be known as a great man who shared with the world or a greedy person who laughed at us because he had something that he did not share with anyone.

[forest]

That will always depend on what you are using to pulse and what type of energies are involved. If you are pulsing 1 amp at 12 volts, I would consider series primaries because the impulse will not be that reactive in a parallel primary set-up. But this could be wrong again depending on the frequencies. Anything above 500khz and the pulsing will probably be to fast to provide a pulse with the full 1amp/12volt force.

But if you are pulsing 10 amps at 100 volts, then you would consider having the primaries in parallel so all have the equal opportunity to break down the impulse into the usable secondaries.

Everything is relative to feed source type, the pulse frequency, the coils approximate ratings, etc.

But in the high frequency pulsing at 1 volts or in mV levels we see mostly on the forum, primaries in series would be the best set-up.

I think what I am trying to explain is for guys to get out of the single core doldrums. Single core with two or more coils will have a limit to the amount of inter mutual transfer that can be accomplished because you still will have a cancellation factor to overcome. The more winds, the more cancellation points you can have. Yes you can try and find the magic mix of coil numbers, turns, wire gauge, coil positions on toroid, etc., but if you saw my posts in the previous pages, a coil has limits in the way it will energize and impart energy. Above a certain limit, it will not be effective enough and you will just be wasting energy for nothing. 

The idea is to find the sweet spot of the coil, then make more coils that run on that sweet spot all together.

Look at modern day inverters and count how many transistors there are to do the switching. They cut the 12vdc high amp feed into parts, amplify or step-up each part and put them back together to give your output.

wattsup

wattsup

I will be following my plan to 2kW unit. First of course much smaller output, from really dead 35Ah 12V car battery which is able to light 5W bulb for a minute or less after long charging. Really a tough check. If I could light any bulb from this battery for extended period using inductor flywheel effect charging capacitor and discharging back to battery via the bulb then I will be able to confirm Tito schematic.
Sure, I will be using 3 primaries and 3 secondaries - in parallel each one using own bridge rectifier.

[Magluvin]

Sorry  forgot the pdfs in above post.

Mags