The major disadvantage of dielectric resonators is:

requirement of high dielectric constant

Explore topic-wise MCQs in Microwave Engineering.

This section includes 13 Mcqs, each offering curated multiple-choice questions to sharpen your Microwave Engineering knowledge and support exam preparation. Choose a topic below to get started.

Explore topic-wise MCQs in Microwave Engineering.

A dielectric resonator is considered to be closed at both the ends.

The direction of propagation is in z direction outside the dielectric in the resonator.

The approximate loaded Q due to dielectric loss for a dielectric resonator given the loss tangent is 0.0001 is:

THE_DIRECTION_OF_PROPAGATION_IS_IN_Z_DIRECTION_OUTSIDE_THE_DIELECTRIC_IN_THE_RESONATOR.?$

A_dielectric_resonator_is_considered_to_be_closed_at_both_the_ends.$

The approximate loaded Q due to dielectric loss for a dielectric resonator given the loss tangent is 0.0001 is?

Q factor does not exist for dielectric resonator.

If a dielectric resonator has a dielectric constant of 49, then the reflection coefficient of the dielectric resonator is:

The resonant frequency of a dielectric resonator cannot be mechanically tuned.

One of the most commonly used dielectric materials is:

The major disadvantage of dielectric resonators is:

Dielectric resonators use materials that are less lossy.

A dielectric material in the form of a small cube or disc can be used as a resonator.