A perfect match can be obtained in the passband for any impedance matc – McqOptions

MCQOPTIONS

1.	A perfect match can be obtained in the passband for any impedance matching circuit around the center frequency for which it is defined.$
A.	True
B.	False
Answer» C.

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A perfect match can be obtained in the passband for any impedance matching circuit around the center frequency for which it is defined.
For a given load (a fixed RC product), a broader bandwidth can be achieved with a low reflection co-efficient in the passband.
For any load impedance, perfect match can be obtained and the minimum reflection co-efficient achieved can be zero.
The maximum passband ripple in a Klopfenstein taper matching section is:
The value of constant ‘a’ for an exponentially tapered line of length 5 cm with load impedance being 100Ω and characteristic impedance of the line is 50Ω is:
FOR_ANY_LOAD_IMPEDANCE,_PERFECT_MATCH_CAN_BE_OBTAINED_AND_THE_MINIMUM_REFLECTION_CO-EFFICIENT_ACHIEVED_CAN_BE_ZERO.?$
A perfect match can be obtained in the passband for any impedance matching circuit around the center frequency for which it is defined.$
For_a_given_load_(a_fixed_RC_product),_a_broader_bandwidth_can_be_achieved_with_a_low_reflection_co-efficient_in_the_passband.$
The maximum passband ripple in a Klopfenstein taper matching section is?
Triangular taper is the best solution for any impedance matching requirement.