Home |
Search |
Today's Posts |
#11
![]() |
|||
|
|||
![]()
On Jan 13, 7:58 am, Keith Dysart wrote:
I am curious. What other interpretation than 'voltage as a function of time' did you have for "V(t)"? Strange question. My interpretation is not the "other interpretation". My interpretation is the (apparently) standard one from "Fields and Waves", by Ramo&Whinnery - begin quote: V(t) = Re[Vm*e^jwt] Because of the inconvenience of this notation, it is usually not written explicitly but is understood. - end quote When you used the term, "V(t)", I understood it to represent the Ramo&Whinnery definition applying to exponential notation. Your interpretation is the one that differs from that definition. What other interpretation than the Ramo&Whinnery equation do *YOU* have for V(t)? Or is there another possible interpretation? Apparently there is and you can prove it by providing a reference that extends V(t) in the Ramo&Whinnery definition above to something other than exponential notation. I am not doubting your word, just (pretty please) asking again for a reference that agrees with your statement that V(t) is used for something else. If "V(t)" is commonly used outside of the Ramo&Whinnery definition above, I apologize for being confused by the notation being used. -- 73, Cecil, w5dxp.com |
Thread Tools | Search this Thread |
Display Modes | |
|
|
![]() |
||||
Thread | Forum | |||
Standing Wave Phase | Antenna | |||
Standing wave on feeders | Antenna | |||
Dipole with standing wave - what happens to reflected wave? | Antenna | |||
Newbie ?: I've Built A Simple 1/4 Wave Dipole for 2 Mtrs. Could IMake a1/2 Wave? | Homebrew | |||
What is a traveling-wave antenna? | Antenna |