Juanpablocuervo -
Electric current is not a "travell of electrons" - they move only about 1/2" per second and is also not a charge moved from electron to electron (wave) since they are spaced 10000 time their size apart. One theory says that electrons emit photons but this doesn't work either. Check Wikipedia!!!
While you describe properties of the cables why don't you mention inductance of the cable? It would be nice to mention characteristic impedance.
"in extreme capacitance, cuts more, making holes from the tiny bits&Bytes traveling at 3Mhz. and then paste on top of other bits, creating dissorder, or a blurr effect , creating digital errors, micro data lost. clock sync lost." - You must be kidding!!!!
Electric current is not a "travell of electrons" - they move only about 1/2" per second and is also not a charge moved from electron to electron (wave) since they are spaced 10000 time their size apart. One theory says that electrons emit photons but this doesn't work either. Check Wikipedia!!!
While you describe properties of the cables why don't you mention inductance of the cable? It would be nice to mention characteristic impedance.
"in extreme capacitance, cuts more, making holes from the tiny bits&Bytes traveling at 3Mhz. and then paste on top of other bits, creating dissorder, or a blurr effect , creating digital errors, micro data lost. clock sync lost." - You must be kidding!!!!