We have derived general equations to calculate intermodulation distortion in resonators with high temperature superconducting (HTS) films which are not restricted to a specific resonator shape and may be used whenever the fields in a resonator generate currents on the surface of one or more HTS films. These equations are applied to rutile-loaded cavities with one or two 10 × 10 mm2 Y-Ba2-Cu3-O7– endplates and are used to extract parameters characterizing the nonlinearities of these films from intermodulation measurements. Even though the films have similar small-signal performance, we have found large variation in the strength of their nonlinearities.Peer Reviewe
We present a general procedure for calculating intermodulation distortion in coupled-resonator filte...
This article describes a procedure for the calculation of the intermodulation behavior of the TM010 ...
This article describes a procedure for the calculation of the intermodulation behavior of the TM010 ...
We have derived general equations to calculate intermodulation distortion in resonators with high te...
We have derived general equations to calculate intermodulation distortion in resonators with high te...
This work compares two alternative methods of characterizing the nonlinearities in a 10 × 10 mm2 sup...
This work compares two alternative methods of characterizing the nonlinearities in a 10 × 10 mm2 sup...
This work describes and compares two alternative methods of analyzing dielectric-loaded cavities for...
Abstract—This work describes and compares two alternative methods of analyzing dielectric-loaded cav...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
Dahm T, Scalapino DJ, Willemsen BA. Phenomenological theory of intermodulation in HTS resonators and...
We present a general procedure for calculating intermodulation distortion in coupled-resonator filte...
We present a general procedure for calculating intermodulation distortion in coupled-resonator filte...
This article describes a procedure for the calculation of the intermodulation behavior of the TM010 ...
This article describes a procedure for the calculation of the intermodulation behavior of the TM010 ...
We have derived general equations to calculate intermodulation distortion in resonators with high te...
We have derived general equations to calculate intermodulation distortion in resonators with high te...
This work compares two alternative methods of characterizing the nonlinearities in a 10 × 10 mm2 sup...
This work compares two alternative methods of characterizing the nonlinearities in a 10 × 10 mm2 sup...
This work describes and compares two alternative methods of analyzing dielectric-loaded cavities for...
Abstract—This work describes and compares two alternative methods of analyzing dielectric-loaded cav...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
We report on a general procedure to calculate intermodulation distortion in cavities with supercondu...
Dahm T, Scalapino DJ, Willemsen BA. Phenomenological theory of intermodulation in HTS resonators and...
We present a general procedure for calculating intermodulation distortion in coupled-resonator filte...
We present a general procedure for calculating intermodulation distortion in coupled-resonator filte...
This article describes a procedure for the calculation of the intermodulation behavior of the TM010 ...
This article describes a procedure for the calculation of the intermodulation behavior of the TM010 ...