Akula0083 30 Watt Self Running Generator.

[wattsup]

Lol that is true

The conventional circuit always kill dipole and fight energy return paths on inductive loads in contrast to what is being used here.

The engineers should start thinking from another side - how to apply choke (or current transformer) instead of transformer and use it's BEMF to recycle energy back to the source capacitors. Then you have energy saving cicruit at least... So this is what circuit in topic is about plus I suspect it makes additional noise signal for unconventional transformer effects.

P.S> This is what Igor is trying to do in his latest videos - https://www.youtube.com/watch?v=dFGTQ06yeEw

Cheers!

@T-1000

I looked at that video just now but do not understand enough yet to discuss. When he slid the coil/light on that fat core block, I would have liked to see the same thing without the core to see the comparison. Also, he has no frequency count so you cannot just look at amperage/voltage without knowing the working frequency. But bulb output was good.

Just in case he does not know, maybe you can explain to him that when recharging the energy back to a battery, you should always remember that you will not be able to recharge more then 20% of the battery rated amperage at any one time. So if you have a 10 amp battery and measure recharge going back to the battery at 4 amps and you are wondering why the system is not looping, it is because you lost 2 amps as excess recharge. So you will need a second battery in parallel to accept the 4 amps at same voltage. I think he was within the 20% but just in case he wants to increase the size of this system, he may need a second battery at one point.

@all

I forgot to mention this about the circuit as far as I can see it. The L2 needs a ground (or a simulated ground) that I think he is making with the R2/C4 as a floating ground sink. This also ensures that if the secondary L2 recharge of C11 is at maximum, any remaining energy in the L2 can be bleed away by R2/C4 thus making sure the L2 is ready to accept the next impulse from L1. This ensures that the L2 will never choke out L1 (like if you shorted the L2) if C11 was always full charge.

wattsup

PS: This is a crazy week indeed. I just discovered this week that SM was doing the same thing as Akula although in a different manner, both are using one pulse to create two conditions that can be used separately or together. What a coincidence. I think this will be a good push forward for the OU community. The replication is one thing, but once you know the principle and it works in your mind, then this can be applied everywhere in so many creative ways. We have to get away from simple pulse primary bleed secondary. I really feel we are living in a great renaissance of energy for the world..

[wattsup]

Dear All.

It has been pointed out to me privately that my "RED LINE" analogy, whilst Ok for a purely resistive load, is incorrect for an LED load. The fact is we have LED's in a series/parallel configuration. If we apply our 12 Vdc without the Mosfet being triggered then zero current will flow through the diodes simply because the forward voltage conduction threshold has not been reached!! Only when we start the flyback cycle will the voltage reach a high enough value to light the load.

Now the thread has reached a more pedestrian pace I would like to present a simulation for perusal by our more learned members of OU.com. I would be grateful for your feedback.
Cheers Grum.

@Grumage

Can't help on the sim. In terms of the LEDs parallel/series, this is to match the load. If you have a little more amps, you add a new row. If you have a few more volts, you add a few LEDs to the end of those rows to get the amount you need to load without killing the loop.

Wow that flastad address you just posted has sent the page so wide it is difficult to read other post without panning left and right. Hmmm. Maybe if you can modify your post, first put that address in a text file and just post the text file. the page will comeback to normal size. hehehe

wattsup

[starcruiser]

@wattsup, can you edit your post and add a few carriage returns? It is kind of hard to read as a single sentence/line. Thanks

[MileHigh]

This almost feels like a denial of service attack, from the Men in Black!  lol

We need a new page.

[MileHigh]

The solution is tinyurl.com.  The MeninBlackinator!