Title :
Full-wave modelling of nonlinear power dependence of high-Tc superconducting microstrip resonators
Author :
Kedar, A. ; Kataria, N.D. ; Gupta, K.K.
Author_Institution :
Dept. of Electron. Sci., Univ. of Delhi, New Delhi, India
Abstract :
Efficient modelling of the nonlinear power dependence of microwave surface resistance and resonant frequency of a high-Tc superconducting microstrip resonator using the modified spectral domain method is presented. The accuracy of the analysis has been confirmed by experimental measurements
Keywords :
high-temperature superconductors <nonlin. power depend. of high-Tc supercond. microstrip resonators, full-wave modelling>; microstrip resonators <nonlin. power depend. of high-Tc supercond. microstrip resonators, full-wave modelling>; spectral-domain analysis <nonlin. power depend. of high-Tc supercond. microstrip resonators, full-wave modelling>; superconducting microwave devices <nonlin. power depend. of high-Tc supercond. microstrip resonators, full-wave modelling>; superconducting resonators <nonlin. power depend. of high-Tc supercond. microstrip resonators, full-wave modelling>; surface resistance <nonlin. power depend. of high-Tc supercond. microstrip resonators, full-wave modelling>; HTSC microstrip resonator; complex resistive boundary condition; full-wave modelling; laser ablated thin film; microwave surface resistance; modified spectral domain method; nonlinear power dependence; resonant frequency; resonator performance; surface impedance;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:20031044
