S12_curve_of_a_Wilkinson_coupler_when_plotted_versus_frequency_is_a_li – McqOptions

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1.	S12_curve_of_a_Wilkinson_coupler_when_plotted_versus_frequency_is_a_line_passing_through_origin.$
A.	True
B.	False
Answer» C.

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S12 curve of a Wilkinson coupler when plotted versus frequency is a line passing through origin.
The plot of S23 v/s frequency has the same curve as that of S11 v/s frequency.
The plot of frequency v/s S11 parameter of a Wilkinson coupler has a dip at the frequency at which it is designed to operate.
For an equal-split Wilkinson power divider of 50Ω system impedance, the characteristic impedance of quarter wave transmission line used is:
THE_PLOT_OF_S23_V/S_FREQUENCY_HAS_THE_SAME_CURVE_AS_THAT_OF_S11_V/S_FREQUENCY.?$
S12_curve_of_a_Wilkinson_coupler_when_plotted_versus_frequency_is_a_line_passing_through_origin.$
The plot of frequency v/s S11 parameter of a Wilkinson coupler has a dip at the frequency at which it is designed to operate?
For an equal-split Wilkinson power divider of 50‚âà√≠¬¨¬© system impedance, the characteristic impedance of quarter wave transmission line used is:$
A Wilkinson coupler designed can be operated at any frequency.
The analysis of Wilkinson coupler is done using: