In the plot of normalized frequency v/s reflection co-efficient for a binomial multisection filter, the curve has a dip at:

In the plot of normalized frequency v/s reflection co-efficient for a

1.	In the plot of normalized frequency v/s reflection co-efficient for a binomial multisection filter, the curve has a dip at:
A.	center frequency
B.	upper cutoff frequency
C.	lower cutoff frequency
D.	none of the mentioned
Answer» B. upper cutoff frequency

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A three section binomial transformer is used to match a 100Ω transmission line to a 50Ω transmission line. Then the value of the constant ‘A’ for this design is:
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In the plot of normalized frequency v/s reflection co-efficient for a binomial multisection filter, the curve has a dip at:
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In the plot of normalized frequency v/s reflection co-efficient for a binomial multisection filter, the curve has a dip at?

In the plot of normalized frequency v/s reflection co-efficient for a binomial multisection filter, the curve has a dip at:

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