many thanks for your reply, i will try to clarify my question, i am using an abstract model for T.L, where the fare and near voltage of the transmission line is Vwin and Vwout, the near and far cureents are Iwin and I rec,
the equations provided are
Vwout= Vwin-Iwin Z0
where Z0 is the characteristic impedance,
Irec= Vwout/Rt
where Rt is termination resistance , matched to the load
when i try to design T.L using this model at 5 Ghz, i am not taking the T.L length into consideration,
i look for T.L equations i found it parameterized per unight length, so my question is , where is the effect of T.L length on current or voltage?
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many thanks for your reply, i will try to clarify my question, i am using an abstract model for T.L, where the fare and near voltage of the transmission line is Vwin and Vwout, the near and far cureents are Iwin and I rec,
the equations provided are
Vwout= Vwin-Iwin Z0
where Z0 is the characteristic impedance,
Irec= Vwout/Rt
where Rt is termination resistance , matched to the load
when i try to design T.L using this model at 5 Ghz, i am not taking the T.L length into consideration,
i look for T.L equations i found it parameterized per unight length, so my question is , where is the effect of T.L length on current or voltage?