Scalar Network Analyser, measure the electrical wave velocity in a coaxial cable

I use this classical measurement example to introduce wave velocity calculation in transmission lines for those not familiar with it. It is well know in radio and power engineering. The second part will show how the coiling Technic has a direct influence of wave velocity within a coax cable. I recommend to read the information below from the link. The understanding of these principles are crucial for efficient Tesla coil designs.

Long and short transmission lines

Tesla Coils and the Failure of Lumped-Element Circuit Theory

[skydavid]

I am very impressed by the entire educational presence of the information that you share and demonstrate so clearly with such perfectly well crafted coils, supports and all parts. Very impressive is the spiral coil windings. What you make is instructive and beautiful to see at the same time.

[TheOldScientist]

Thanks. It is very important to bring the complex subject to the masses that everybody can replicate it. I apply the mainstream knowledge to the unknown. A logical approach to get results for all.

[TheOldScientist]

Very good observed. Sound is also a longitudinal or pressure wave. All wave forms follow the same rule. Sound is often referenced to light.

[ericbelistan]

Hello,
Observing the water flux in a hydraulique installation give inspirations ;)
Eric

[INVENTOR]

Hello, you have good videos, , , i see we share a lot of the same subscribers, , , i keep seeing your name many times. Thank you for sharing your experiments :-)

[honda]

simply put that the coil cone tip acts like a hammer thrower on a sports field as the hammer spins (electrons in an atom) the hammer thrower being the proton neucleus.voltage increased down the coil the hammer/electrons spin off that make sense thanks