Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Magluvin]

Please, no doubt.
http://en.wikipedia.org/wiki/Coaxial_cable
ps.
For TT Lenz law do not apply !!

d.

Hey Dole

Nice find.  ;]

TT ?

Mags

[gyulasun]

ps.
For TT Lenz law do not apply !!

d.

Sorry folks,  could you tell what TT stands for here?  One of the Ts maybe Transmission? I am not frequevent reader in this thread, otherwise I would surely know...

Thanks,  Gyula

[dllabarre]

TT usually means Tesla Transformer

DonL

[dllabarre]

http://en.wikipedia.org/wiki/Coaxial_cable

d.

The dimensions and spacing of the conductors must be uniform throughout the length of the cable. Any abrupt change in the spacing of the two conductors along the cable tends to reflect radio frequency power back toward the source, causing a condition called standing waves. This acts as a bottleneck, reducing the amount of power reaching the destination end of the cable. To hold the shield at a uniform distance from the central conductor, the space between the two is filled with a semi rigid plastic dielectric. Manufacturers specify a minimum bend radius[2] to prevent kinks that would cause reflections. The connectors used with coax are designed to hold the correct spacing through the body of the connector.

DonL

[dllabarre]

I mention this before but, I thought you knew that, but ok, capacity to.

http://www.std-wire.com/coax_cable_theory_and_application.html

d.

IMPEDANCE - Impedance is a term expressing the ratio of voltage to current in a cable of infinite length. In the case of coaxial cables, impedance is expressed in terms of "ohms impedance".The coaxial cables generally fall into three main classes; 50 ohms, 75 ohms, and 95 ohms.

An example of each class is:
RG 8A/U 50 ohms impedance
RG 11A/U 75 ohms impedance
RG 22B/U 95 ohms impedance

CAPACITANCE (CAPACITY) - Capacitance or capacity is the property of a system of conductors and dielectrics which permits the storage of electricity when a potential or voltage difference exists between the two conductors. A capacity value is expressed in farads. When we deal with coaxial cable, the capacity ranges we have are very small and are expressed in picofarads (pF). Capacity is the major factor governing impedance.

Thank you!
DonL