ENERGY AMPLIFICATION

[sm0ky2]

What happens when we approach the plank length
With our 'wavelength'?

[sm0ky2]

f = 1 / 2(pi)[(sqrt)(LC)]

[sm0ky2]

I'm by no means saying "we have to use a spark gap"
I was merely pointing out that Tesla explicitly used them.


Today we have advanced semiconductor technology
We can switch almost as fast and with more consistency


Resonance does not care where the impedance, capacitance,
and inductance comes from.
Like comparing all the different musical instruments in the world
With a single common factor.


I would place teslas circuits in the same group as all of those instruments.
He intentionally caused constructive interference.


Where as every circuit we build today is designed with the intention
of NOT causing it. Or worse, causing Destructive interference.


Think about the bridge that a slight breeze over a long time
Can rip into pieces

[citfta]

Webby,

A well designed and operating properly DC motor does NOT have a lot of arcing and sparking at the brushes.  And the brushes most of the time last for years in an industrial environment where these motors run sometimes every day all day long.

Arcing and sparking at the brushes indicate the motor armature has a problem or the motor does not have the brushes set up properly in the neutral zone like they are supposed to be.  Now of course with the little common universal vacuum cleaner or drill motor it just isn't cost effective to spend time and money adjusting them for best performance even if they did have that capability which most of them don't.

Did you ever figure out why the capacitor and transformer could not send a spike to the motor on the Tesla patent?

Carroll

[citfta]

Webby,

Which part of the circuit has the most inductance?

Carroll