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Transmission line question.

  1. Feb 12, 2007 #1
    If I have a section of transmission line, with a characteristic impedance Z0, how does the standing wave ratio in that section change as a function of the frequency of operation?

    Doesn't the stading wave ratio just depend on the characteristic impedance of the line, and the load impedance?
     
  2. jcsd
  3. Feb 12, 2007 #2
    Yes, the VSWR ratio depends only on the magnitude of the reflection coefficient, which is a function of the load impedance and characteristic impedance. However, in general, the load impedance will be a function of frequency, so the VSWR will be as well.
     
  4. Feb 13, 2007 #3
    Finding the Input Impedance at z = 0 (the load) is equal to the load impedance, maybe? If so, don't the tan(Bl) all cancel anyway since l = 0?
     
  5. Feb 13, 2007 #4
    Which would make sense wouldn't it?
     
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