Confirming the Delayed Lenz Effect

[Farmhand]

Here is an example of an advantage. This is a shot of the capacitor C2 voltage and the boost converter PWM bursts at 5 kHz 20% duty to keep the input voltage to 17 volts or so. We can see that the voltage of the capacitor C2 is now about 24 volts and now does not reach zero volts. Because there is not enough time due to reducing the pulse width.

Boost converter is voltage controlled by the 14M2 picaxe chip and the duty changed by a voltage divider on an analogue digital converter input to it. I'm writing new code but it's tough going when I have to teach myself new things while doing other stuff.

Cheers

[synchro1]

It's apparently a good idea, a coil with a toroid in the middle of.
In other way, I see that the output voltage decrease with the rotor accelerate, the amperage must do the same thing.

At no time did Skycollection  measure any output voltage in his last video. The air core pancake as power coil alone consumed 18.36 watts but produced only 2800 r.p.m. The Toroid Pancake hybrid power coil used only 5 watts but produced 4800 r.p.m. That's roughly 6 times as efficient as a power coil. The magnetic ferrite toroid allows the unit to run as an Adams attraction motor. Stark difference.

[PiCéd]

At no time did Skycollection  measure any output voltage in his last video.

Mh, sorry I I wanted to talk about this video when skycollection speak with Flux4Energizer:
http://www.youtube.com/watch?v=a28DqHF5tGM&list=UUWqI0GXGprm81g3gkVa5v_w&index=2
Skycollion said he measured out the voltage of the output.

[synchro1]

Mh, sorry I I wanted to talk about this video when skycollection speak with Flux4Energizer:
http://www.youtube.com/watch?v=a28DqHF5tGM&list=UUWqI0GXGprm81g3gkVa5v_w&index=2
Skycollion said he measured out the voltage of the output.

Right. I noticed Skycollection's  youtube respnonse to Flux4's question:

"Yes you right, i measured with the load on and the voltage out drop dramaticaly, i will continue with more experiments and thanks for your advices and positive commentaries. Do you have any idea how to prevent it from falling THE OUTPUT ..?"

[Farmhand]

Here's a circuit for a single battery pulse motor folks.

How it works is the spike charges the capacitor C3 briefly because of the
inductance/impedance of the coil L1, C3 has the least impedance I think ( capacitors in parallel will help lower the cap impedance),
then after C3 is charged the inductor L1 discharges C3 into C2 to be reused.
In my setup the inductive spike charges C3 to about 25 volts for about 400 microseconds
before C3 discharges through L1.

D4 is a blocking diode so that the rotor magnets don't try to charge C2.

Doing this has greatly improved my motor I can run it from 300 mA at 1900 rpm
right up to 1.7 amps Amps for 3500 rpm, my mosfets don't have heat sinks
and stay cool at 300 mA input they feel cold. Performance is a fair bit
better than when there is a charge battery. But the charge battery can still be
used with this return circuit just by putting the battery in series with the flyback diode. 
The inductive energy return still catches the 50 volt spike and makes it 400 uS wide then put's it in C2.
Works a treat and very simple.

And some wave forms.

Cheers