Sean Breheny wrote:
>
> At 08:55 PM 3/13/99 -0500, you wrote:
> >All this just goes to prove that only an Infinite Engineer could design a
> >system so simple yet so complex and implement it into the smallest of
> >creatures.
> >
> >No wonder David, King of Israel could write, "I am fearfully and
> >wonderfully made."
>
> So true!
>
> And here is another thing to ponder: When you hook up a battery to a
> resistor,what fraction of what is REALLY happening there can you,or
> anyone,explain? Think of how many interactions are going on in just that
> simple,simple system. Think of all the atoms in the copper and carbon which
> are being excited in various states,producing atomic scale oscillations and
> strange,beautifully odd shaped charge distributions. Not to mention the
> nuclear strong force which is holding the nuclei and quarks and who knows
> what else together.
>
> Humbling isn't it?
>
> Yet we can do so much! How much MORE complex is a PIC than a resistor!
>
> Its quite a universe. Must be quite an Infinite Engineer :-)
>
> >
> >Andy
>
.. just because I can not see that wonder of nature, in retaliation, I
will anymore connect a resistor to any
power supply.... thinking about that, what would be the
lightning-show-dream of any resistor, AC or DC?

Hey, question;

Considering the chain movement of the electric current in a conductor to
be close to the
speed of light (298,000 km/s), what would be the max frequency the
conductor can transport, without create
collision or attenuation?

Just move your finger up and down, once a second, now twice a second,
now 5 times a second, 10, 20, you
already got a frequency where your muscle can not answer anymore, and
your finger will be stopped,
right? Then you feel a muscle in your arm get tense, this is circuit
overrun, total attenuation.

How we calculate the electric circuit overrun based on the max possible
conductor stimulation?

Wagner