A (75 - j 50) Ω load is connected to a coaxial line of Z0 = 75 Ω at 10 GHz. The best method of matching consists of using-A-a capacitance at some specific distance from loadB-a short circuited stub at some specific distance from loadC-an inductance at loadD-a short circuited stub at load-D-a short circuited stub at load

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A (75 - j 50) &Omega; load is connected to a coaxial line of Z0 = 75 &Omega; at 10 GHz. The best method of matching consists of using-A-a capacitance at some specific distance from loadB-a short circuited stub at some specific distance from loadC-an inductance at loadD-a short circuited stub at load-D-a short circuited stub at load

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D a short circuited stub at load A short circuited stub placed at a suitable distance from load provides best matching.

Communication Systems - Engineering

A (75 - j 50) Ω load is connected to a coaxial line of Z₀ = 75 Ω at 10 GHz. The best method of matching consists of using

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Communication Systems - Engineering

A (75 - j 50) Ω load is connected to a coaxial line of Z0 = 75 Ω at 10 GHz. The best method of matching consists of using

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For help Students Orientation Mcqs Questions

A (75 - j 50) Ω load is connected to a coaxial line of Z₀ = 75 Ω at 10 GHz. The best method of matching consists of using

For help Students Orientation
Mcqs Questions