COUPLING OF DIELECTRIC RESONATORS TO MICROSTRIP LINE

摘要

SolutionsThe structure which connects the induced electricity resonator to the microstrip transmission circuit maintains the Q value where the induced electricity resonator is high relatively. Induced electricity resonator microstrip transmission circuit connection structure, has the induced electricity resonator, the metal wall and the microstrip conductor which is mounted on the induced electricity baseplate surface. The induced electricity resonator is arranged near the microstrip conductor. The induced electricity resonator is formed, in order to resonate with specific non emission hybrid electromagnetic mode, the metal wall is formed as the mirror which forms the hypothetical induced electricity resonator conceptually. When the electromagnetic wave is transmitted to the microstrip transmission circuit, that the induced electricity resonator resonates with hybrid electromagnetic mode, because it is excited, while maintaining the Q value where the induced electricity resonator is high it makes the electromagnetic field connection between the microstrip transmission circuit and the induced electricity resonator possible.