A λ/8 section of transmission line is determined of load impedance of (2 - j 5) Ω. If characteristic impedance of line is 10 Ω. Then input impedance of line is-A-10 ΩB-(6.9 + j 7.24) ΩC-(1.75 + j 3.098) ΩD-(2 j 5) Ω-C-(1.75 + j 3.098) Ω

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A &lambda;/8 section of transmission line is determined of load impedance of (2 - j 5) &Omega;. If characteristic impedance of line is 10 &Omega;. Then input impedance of line is-A-10 &Omega;B-(6.9 + j 7.24) &Omega;C-(1.75 + j 3.098) &Omega;D-(2 j 5) &Omega;-C-(1.75 + j 3.098) &Omega;

APTITUDE CRACK · Accepted Answer

C (1.75 + j 3.098) &Omega; No answer description is available.

Electromagnetic Field Theory - Engineering

A λ/8 section of transmission line is determined of load impedance of (2 - j 5) Ω. If characteristic impedance of line is 10 Ω. Then input impedance of line is

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Electromagnetic Field Theory - Engineering

A λ/8 section of transmission line is determined of load impedance of (2 - j 5) Ω. If characteristic impedance of line is 10 Ω. Then input impedance of line is

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For help Students Orientation Mcqs Questions

For help Students Orientation
Mcqs Questions