The Inductance Model of Coupled High-Tc Superconducting Microstrip Lines
Hui‐Fen Huang, J.-F. Mao
Abstract
Hui‐Fen Huang, J.-F. Mao
Abstract
A simple analytical model of odd and even mode external inductance and kinetic inductance for coupled high-temperature superconducting (HTS) microstrip lines is developed. The kinetic inductance model is derived with the extended incremental inductance rule which is applied in a different way for different conductor thickness. The odd and even mode inductance, self- and mutual inductance, characteristic impedance, and attenuation constant are computed with the presented model expressions and the results agree well with that in published literature.
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A simple analytical model of odd and even mode external inductance and kinetic inductance for coupled high-temperature superconducting (HTS) microstrip lines is developed. The kinetic inductance model is derived with the extended incremental inductance rule which is applied in a different way for different conductor thickness. The odd and even mode inductance, self- and mutual inductance, characteristic impedance, and attenuation constant are computed with the presented model expressions and the results agree well with that in published literature.
Key concepts: Kinetic inductance, Inductance, Equivalent series inductance, Conductor, Microstrip, Electrical reactance, Superconductivity, Electrical impedance