IF_THE_REFLECTION_COEFFICIENT_BETWEEN_THE_FEED_LINE_AND_THE_RESONATOR_IS_-0.6,_THEN_THE_EQUIVALENT_IMPEDANCE_OF_THE_RESONATOR_AT_RESONANCE_GIVEN_THAT_THE_CHARACTERISTIC_IMPEDANCE_OF_THE_MICROSTRIP_LINE_IS:?$

IF_THE_REFLECTION_COEFFICIENT_BETWEEN_THE_FEED_LINE_AND_THE_RESONATOR_

1.	IF_THE_REFLECTION_COEFFICIENT_BETWEEN_THE_FEED_LINE_AND_THE_RESONATOR_IS_-0.6,_THEN_THE_EQUIVALENT_IMPEDANCE_OF_THE_RESONATOR_AT_RESONANCE_GIVEN_THAT_THE_CHARACTERISTIC_IMPEDANCE_OF_THE_MICROSTRIP_LINE_IS:?$
A.	50 ‚âà√≠¬¨¬©
B.	12.5 ‚âà√≠¬¨¬©
C.	25 ‚âà√≠¬¨¬©
D.	none of the mentioned
Answer» C. 25 ‚âà√≠¬¨¬©

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If the equivalent impedance of the resonator at resonance is 12.5 Ω and the characteristic impedance of the feed line is 50 Ω, then the coupling coefficient is:
If the reflection coefficient between the feed line and the resonator is -0.6, then the equivalent impedance of the resonator at resonance given that the characteristic impedance of the microstrip line is:
It is desired to design a frequency oscillator at 2.4 GHz and the reflection coefficient desired is 0.6, then the coupling coefficient between the feed line and the dielectric resonator is:
IF_THE_REFLECTION_COEFFICIENT_BETWEEN_THE_FEED_LINE_AND_THE_RESONATOR_IS_-0.6,_THEN_THE_EQUIVALENT_IMPEDANCE_OF_THE_RESONATOR_AT_RESONANCE_GIVEN_THAT_THE_CHARACTERISTIC_IMPEDANCE_OF_THE_MICROSTRIP_LINE_IS:?$
If_the_equivalent_impedance_of_the_resonator_at_resonance_is_12.5_‚âà√≠¬¨¬©_and_the_characteristic_impedance_of_the_feed_line_is_50_‚âà√≠¬¨¬©,_then_the_coupling_coefficient_is:$#
It is desired to design a frequency oscillator at 2.4 GHz and the reflection coefficient desired is 0.6, then the coupling coefficient between the feed line and the dielectric resonator is?
A dielectric resonator can be incorporated into a circuit to provide _________ using either parallel or series arrangement.
If the reflection coefficient seen on the terminated microstrip line looking towards the resonator is 0.5, then the coupling coefficient is:
The coupling factor between the resonator and the microstrip line is the ratio of external Q to the unloaded Q.
A dielectric resonator is modeled as __________ when it is used as a tuning circuit with a oscillator.

IF_THE_REFLECTION_COEFFICIENT_BETWEEN_THE_FEED_LINE_AND_THE_RESONATOR_IS_-0.6,_THEN_THE_EQUIVALENT_IMPEDANCE_OF_THE_RESONATOR_AT_RESONANCE_GIVEN_THAT_THE_CHARACTERISTIC_IMPEDANCE_OF_THE_MICROSTRIP_LINE_IS:?$

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