SIMULATION OF PARAMETERS OF A COUPLING DEVICE OF A MEASURING RESONATOR WITH A MICROWAVE PATH
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Abstract
An electrodynamic simulation of a device for coupling a cavity resonator with a path is performed. The cavity coupling device is a distributed communication line, i.e. associated with both the magnetic and electric fields of the resonator, and makes it possible to obtain a coupling that depends little on the frequency. An algorithm for approximating the values of the input impedance from the resistance of the coupling element has been developed in order to calculate the set of characteristics of the loaded resonator. The performed calculations and the obtained dependences make it possible to determine the geometrical parameters of the design of a broadband cavity resonator coupling device in the microwave range of wavelengths.
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