A transmission line has characteristics impedance of (75 + j 0.01) Ω and is terminated in a load impedance of (70 + j 50) Ω. The transmission coefficient will be-A-1.70 j 2.97B-0.08 + j 0.32C-1.32 + j 1.38D-1.08 + j 0.32-D-1.08 + j 0.32

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A transmission line has characteristics impedance of (75 + j 0.01) &Omega; and is terminated in a load impedance of (70 + j 50) &Omega;. The transmission coefficient will be-A-1.70 j 2.97B-0.08 + j 0.32C-1.32 + j 1.38D-1.08 + j 0.32-D-1.08 + j 0.32

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D 1.08 + j 0.32  Transmission coefficient .

Electromagnetic Field Theory - Engineering

A transmission line has characteristics impedance of (75 + j 0.01) Ω and is terminated in a load impedance of (70 + j 50) Ω. The transmission coefficient will be

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Electromagnetic Field Theory - Engineering

A transmission line has characteristics impedance of (75 + j 0.01) Ω and is terminated in a load impedance of (70 + j 50) Ω. The transmission coefficient will be

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For help Students Orientation Mcqs Questions

For help Students Orientation
Mcqs Questions