lentz law or what ?

[cikljamas]

I made my second bedini window motor yesterday and i tasted it with
added generator. I adjusted resistors on the trigger coil so that motor
drains 90 mAmps and when i measured on the side of generator how
much he gains i used one led diode and my ampermetar showed me
73 mAmps, and motor draind 100 mAmps (i expected less current not
more,owing lenz law, but never mind). cop = 0,73
But what is interesting is if i add
in paralele one extra led diode rotor slaws down and generator gain a little
more power, and motor slow down a bit,everything else is pretty much the
same, and that is quite normal thing !
But if i connect these two leds in
series then generator gain/drain JUST 25 mAmps and leds shine BRIGHTER,
but in the same time (rotor doesnt increase the speed) motor begins to
drain about 30 mAmps more than before (120 mAmps) ...
What kind of low is that ?

[sucahyo]

I made my second bedini window motor yesterday and i tasted it with added generator. I adjusted resistors on the trigger coil so that motor drains 90 mAmps and when i measured on the side of generator how much he gains i used one led diode and my ampermetar showed me
73 mAmps, and motor draind 100 mAmps (i expected less current not more,owing lenz law, but never mind). cop = 0,73

73mA with amp meter as load? COP usually counted with amp meter in series with 12V battery as load.

But if i connect these two leds in series then generator gain/drain JUST 25 mAmps and leds shine BRIGHTER, but in the same time (rotor doesnt increase the speed) motor begins to drain about 30 mAmps more than before (120 mAmps) ... What kind of low is that ?

The output power stay the same. If the load has low impedance the voltage is low and the current is high (LED in parallel). If the load has high impedance the voltage is high the current is low (LED in series).

Input current consumption usually increase when the load has lower impedance and in the same time increasing the output power and thus brighter LED.

[cikljamas]

73mA with amp meter as load? COP usually counted with amp meter in series with 12V battery as load.

Hi, my old friend ! How are you ? Thanks for instructing me again !
Well, i am so impatient to do new practical things with my own hands
that i just cant find enough time to learn theory in the same time, though
i obtained a lot of scripts and books about electronics...i read it once in a
while, but i cant wait to learn all that while so many practical things wait
to be made...I am like Edison, though i am aware of disadvantages of
that kind of approach...I could not make measurements with 12 V battery
as load so i thought that if i put some other load and see how much it
drains it could be as much ok as if measurements was made with battery
as load, but if it cant be for whatever reason then tell me at least why is
that so or you suggest me to learn that from book ?

[cikljamas]

The output power stay the same. If the load has low impedance the voltage is low and the current is high (LED in parallel). If the load has high impedance the voltage is high the current is low (LED in series).

Input current consumption usually increase when the load has lower impedance and in the same time increasing the output power and thus brighter LED.

OHms law, yes, i should have supposed it was such a basic thing, but didnt
know when the impedance is high and when is low( parallel/series), though
it is also such a basic thing...but sometimes problem is how to connect
theory and practice...dont kill the dipole...sounds good in theory...but who
knows...maybe i have better position to achive that because i dont have
burden of engineer knowledge (if it is possible at all)...there is even good
side of ignorance to...

[sucahyo]

I could not make measurements with 12 V battery
as load so i thought that if i put some other load and see how much it
drains it could be as much ok as if measurements was made with battery
as load, but if it cant be for whatever reason then tell me at least why is
that so or you suggest me to learn that from book ?

Try light bulb as load. For start, get the book from panaceauniversity or freeenergy.ws.

BTW, I say usually because it can behave the opposite way.