A transmission line has primary constants R, L, G and C and secondary constant z0 and γ = (a + Jβ). If the line is loss less, then-A-R = 0, G ≠ 0, and a = 0B-R = 0, G = a, 0 and β = |r|C-G = 0, a = βD-R = 0, G = 0, a = 0, β = |r|-A-R = 0, G ≠ 0, and a = 0

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A transmission line has primary constants R, L, G and C and secondary constant z0 and &gamma; = (a + J&beta;). If the line is loss less, then-A-R = 0, G &ne; 0, and a = 0B-R = 0, G = a, 0 and &beta; = |r|C-G = 0, a = &beta;D-R = 0, G = 0, a = 0, &beta; = |r|-A-R = 0, G &ne; 0, and a = 0

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A R = 0, G &ne; 0, and a = 0 No answer description is available.

Electromagnetic Field Theory

A transmission line has primary constants R, L, G and C and secondary constant z₀ and γ = (a + Jβ). If the line is loss less, then

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Electromagnetic Field Theory

A transmission line has primary constants R, L, G and C and secondary constant z0 and γ = (a + Jβ). If the line is loss less, then

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For help Students Orientation Mcqs Questions

A transmission line has primary constants R, L, G and C and secondary constant z₀ and γ = (a + Jβ). If the line is loss less, then

For help Students Orientation
Mcqs Questions