The calculations are simple enough I would just do it in Excel. Online Smith Chart Tool ONLINE SMITH CHART TOOL Frequency Frequency span Characteristic Impedance Permittivity e eff Impedance 50.0 + 0.00j Admittance 0.0200 + 0.00j Reflection Coefficient 0.00 + 0.00j Reflection Coefficient 0.00 0.00 VSWR 1. And I have a suspicion that's the easy part, your power station impedance and the transmission line impedance is the hard part. I am just doing the impedance match thingy for you. And sorry I don't know anything about power station. The maximum power transfer is if the Z_s=Z_0, then you just terminate with the characteristic impedance of the transmission line and you are done, no worry about the distance or Smith Chart. If you can get through to this point, all you have to do is to terminate with complex conjugate and you get matching termination. Particular it is 3 phase and they do cross talk to each other. The configuration of the matching L-network will depend on the size.
I am not particularly good in doing this. L-networks are easily analyzed using either circuit equations or the. Also, Z_0\ is the characteristic impedance of the transmission line and you need to provide the dimension and structure of the power lines to determine.
It is a graphical calculator used for solving complex problems of transmission lines and matching circuits. In this tutorial, we will be looking at one of the tools that were developed back then and are.
Using smith chart to match impedance how to#
The difficult parameters are the Z_s which you have to find out. The smith chart was invented by Philip H Smith and T. Basics of Smith Charts and how to use it for Impedance Matching. Since dielectric is air in power line, so \epsilon=\epsilon_0\ and speed of propagation is 3\times 10^8 m/sec\.
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