Transmission line characteristics

AI Thread Summary
To calculate the primary coefficients R, L, C, and G for a transmission line with a characteristic impedance of 50 Ohm and a propagation coefficient of γ = 0.4 + j7.5 per meter at 250 MHz, specific formulas related to transmission line theory must be used. The discussion highlights a request for guidance on the appropriate formulas to apply. Concerns are raised about the adequacy of learning resources provided for the course, suggesting that foundational material may not have been covered prior to this assignment. A recommendation is made to consult the Wikipedia article on transmission lines for additional information. Understanding these concepts is essential for solving the problem effectively.
fran1942
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Homework Statement


If a transmission line operating at 250 MHz has a characteristic impedance Z0 of
50 Ohm and propagation coefficient γ = 0.4 + j7.5 per meter, calculate its primary
coefficients R, L, C and G.

Hello, I do not know what formula I can use to solve this problem.
If anyone can give me some help it would be much appreciated.
 
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fran1942 said:

Homework Statement


If a transmission line operating at 250 MHz has a characteristic impedance Z0 of
50 Ohm and propagation coefficient γ = 0.4 + j7.5 per meter, calculate its primary
coefficients R, L, C and G.

Hello, I do not know what formula I can use to solve this problem.
If anyone can give me some help it would be much appreciated.

What learning resources are you provided for this course? It seems strange that they would assign you this question, without having first presented the material to you...

In any case, the Wikipedia article on transmission lines is pretty good:

http://en.wikipedia.org/wiki/Transmission_line

.
 
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