Sharing ideas on how to make a more efficent motor using Flyback (MODERATED)

[synchro1]

You have shown a tank circuit where the current is being rocked back and forth between an inductor and a capacitor--different situation.
When a current is sent to an inductor,the inductor builds a magnetic field around it. When that current supply to the inductor is cut off,the field around that inductor collapses. The voltage across that inductor will invert,but the current flow through that inductor will continue to flow in the same direction. Think about what happens in a water pipe that causes water hammer when the tap that supplies that water flow is abruptly switched off. The pressure (voltage) in that pipe after the tap invert's,but the water(current) wants to keep flowing in the same direction through that pipe.

If we are to help Luc in making a more efficient motor using the flyback,then it is important that this is understood.
Voltage invert's across the inductor,but current keeps flowing in the same direction.

@Tinman,

Please look at the first minute of this video where Igor explains his schematic:

https://www.youtube.com/watch?v=vWvI7T7h3tk

[shylo]

Hi Luc
I haven't been able to watch any vids since my data is used up for the month.
But  I have found that you can collect 5 times the amount of any coil ,whether it is drive or generating.
The lower the UF of the cap , along with a paralleled cap bank can catch the spike.
The spike can feed as many as you can switch into collection.
Woppy add some diodes to the out put of your coil ,feed them into seperate banks, using the 1UF as a buffer in front of the bank.
If it's off topic feel free to delete.
Great thread.
Thanks artv

[gotoluc]

Yes Shylo, great thread!

Please feel free to share more if you can as 5x more sounds very interesting.

I'm very happy to see everyone's participation and some of us coming to new understandings.
Even if my ideas don't improve a motors efficiency we will all come out of it with something which should be the spirit of this forum.

Thanks to all for sharing

Luc

[synchro1]

@Tinman,

https://www.youtube.com/watch?v=y4S3XvloAnM

Here's Woopyjump's latest video above: His schematic below shows the power coming into the top of the coil through the reed switch from the positive electrode of the source. The schematic then shows where the flyback spike exits out through the bottom of the coil and travels to the auxiliary coil and capacitor through the diode:              That's to the right!

It may look like the current's traveling in the same direction but instead of going from positive to negative the flyback's going from negative to positive! The flyback current is traveling in the reverse direction, up the auxiliary coil from bottom to top! There's merely the illusion that the flyback current's traveling in the same direction. The power pulse current originated from the positive electrode, then after the collapse and polarity reversal, the flyback runs backwards to return to the positive plate of the capacitor, not the negative ground! In order for the flyback current to be considered as traveling in the same direction, it would have to continue on the same path towards the ground, where the original power pulse current was formerly headed.                                                                                 
                                                                                  That's to the left!

The flyback current "REVERSES DIRECTION" at that junction! The flyback  current in no way continues to travel in the same direction as the original power pulse current.

[shylo]

Luc Take a coil , spin a magnetic field over the coil, the coil produces an emf.
Hook a bridge to the coil, now you have DC output.
Connect a cap , now you have stored DC.
Where the bridge is hooked to the coil add half way bridges, but they have to be hooked to the same cap as before but a different one , But through a 1UF cap ,or it won't collect.
It will with a higher UF rating but not as good.
I'm still doing testes and need to build more switches , I think this thing will self run.
The half bridges with the low UF and high voltage caps , buffer the spike so it can be collected by a normal cap.
Probably bad wording.
artv