At 01:13 PM 12/30/2009, Craig Haynie wrote:
> Setting aside the issue of over unity or free energy, what does
the 'zero' meter reading mean ? a violation lenz law? a faulty
meter? or meter leads located at the wrong place?
Are you implying that the amp meter is not connected correctly? If so,
why would the current increase at low RPM. His explanation, that the
circuit is open for a longer period of time, makes more sense.
I see no sign that it's connected incorrectly, but ... it's entirely
the wrong meter for the task.
Actually, the circuit is closed for the same time, I'd assume, except
for a response time factor. When the rotation is very slow, though,
you would see the on current distinct from the off current (zero). On
that meter, the tiniest twitch.
Assuming immediate response, the circuit is closed, current running,
for a time dependent upon the angular position of sensors that turn
it on and turn it off. The duty cycle will be constant, independent
of rotation speed, only the frequency will change.
But this neglects what happens during the transitions.
