Confirming the Delayed Lenz Effect

[synchro1]

JLN has looped a Lenz delay circuit and charges his run battery while underload! Note that he accomplishes this with merely two coils like my self loop OU Diametric spinner.


http://www.youtube.com/watch?v=dMjHNJEuzHw

[gotoluc]

JLN has looped a Lenz delay circuit and charges his run battery while underload! Note that he accomplishes this with merely two coils like my self loop OU Diametric spinner.


http://www.youtube.com/watch?v=dMjHNJEuzHw

Hi synchro1,

thanks for posting JLN new test. I don't want to sound negative here but I would like to point out that JLN new test is not a self loop. The input to his prime mover is from a power supply set at 29vdc and 3.12amps = over 90 watts.

JLN is only demonstrating that the coils under load (one on the LED bulbs and one charging a battery) will not affect the prime mover.

JLN needs to find a prime mover that is much more efficient then the outrunner motor he is using to consider a self loop.

I'm glad he is doing these experiments as it may encourage others to research.

Luc

[synchro1]

Hi synchro1,

thanks for posting JLN new test. I don't want to sound negative here but I would like to point out that JLN new test is not a self loop. The input to his prime mover is from a power supply set at 29vdc and 3.12amps = over 90 watts.

JLN is only demonstrating that the coils under load (one on the LED bulbs and one charging a battery) will not affect the prime mover.

JLN needs to find a prime mover that is much more efficient then the outrunner motor he is using to consider a self loop.

I'm glad he is doing these experiments as it may encourage others to research.

Luc

You're right, thanks. He'd get the self loop OU if he positioned a diametric tube magnet snugly in the output coil core, and replaced that juice hog motor with a large tube spinner like Skycollection's.

[DeepCut]

Here is the link to my virtual coil builder program :

http://www.mediafire.com/?op72vvb361ovw80

and here is the link to the BASIC language compiler that runs it, scroll down to the BlitzPlus item that is free :

http://blitzbasic.com/Products/_index_.php

The program can be set to go for a resistance target or a number of turns target.

It then reports the coils dimensions as well as projected properties like inductance and resistance.

I have checked nearly 20 actual coils now and have also compared it with online calculators and i'm very pleased with it, the inductance calculation has been within around 3% accurate.

It has saved me from shooting in the dark and i can now confidently wind a coil having first simulated it to see the perfect coil-former length and diameter to maximise its inductance, i hope it's helpful to others.


DC.

[Here2njoy]

The latest video from skycollection on delayed Lenz:
https://www.youtube.com/watch?v=c8c319GQhEA&list=UUWqI0GXGprm81g3gkVa5v_w&index=1