- #1
radagast_
- 29
- 0
Hello.
I am watching this video:
https://www.youtube.com/watch?v=xIQtnQ9XPbE
and he says there:
I see that the wave turns into a "normal" sinus in the end, but it's not constant.
I think, that even on an unmatched transmission line, the waves should go back and forth, but eventually turn into a constant voltage. Isn't that correct?
If not, and the correct answer is that the steady state IS the final wave there - how do I calculate the voltage? is it the RMS of the wave?
Thank you.
I am watching this video:
https://www.youtube.com/watch?v=xIQtnQ9XPbE
and he says there:
Note how the reflections "bounce" back and forth along the 100-ohm segment, eventually converging into a steady-state system after the 3rd bounce or so.
I see that the wave turns into a "normal" sinus in the end, but it's not constant.
I think, that even on an unmatched transmission line, the waves should go back and forth, but eventually turn into a constant voltage. Isn't that correct?
If not, and the correct answer is that the steady state IS the final wave there - how do I calculate the voltage? is it the RMS of the wave?
Thank you.